3M™ PF-5052

A replacement for ozone depleting substances, ideal for use in medium temperature range heat transfer applications. Has a boiling point of 50°C.

A clear, colorless, fully-fluorinated liquid PF-5052 fluid is chemically and thermally stable, practically non-toxic, and nonflammable. (b.p 50C) Appearance: Clear, colorless Average Molecular Weight: 299 Boiling Point (1 atm): 50°C Pour Point: -80°C Estimated Critical Temperature: 454 K Latent Heat of Vaporization (at normal boiling point): 105 J/g Liquid Density: 1.07 g/ml Kinematic Viscosity: 0.40 centistokes Absolute Viscosity: 0.68 centipoise Coefficient of Expansion: 0.0016 °C-1 Surface Tension: 10 dynes/cm Refractive Index: 1.266 Water Solubility: 14 ppmw Solubility in Water: <5 ppmw Thermal stability Chemical stability Wide liquid range Non-conductive Depositing or removing fluorinated oils and lubricants along with use as heat transfer fluid in medium temperature ranges.

3M™ PF-5058

A blend of clear, colorless, fullyfluorinated liquids that is chemically and thermally stable, practically non-toxic and nonflammable. Has a boiling point of 80°C - 100°C.

Ideal solvent for depositing or removing fluorinated oils and lubricants along with use as heat transfer fluid in medium temperature ranges. Slower evaporation rate is useful for deep-draw and cold-rolling lubricant formulations. Is a clear, colorless, fully-fluorinated liquid. PF-5052 fluid is chemically and thermally stable, practically non-toxic, and nonflammable. (b.p 80-100C) Appearance: Clear, colorless Boiling Point (101 kPa): 80°C – 100 °C Liquid Density: 1.75 g/ml Kinematic Viscosity: 0.9 centistokes Water Solubility: < 15 ppmw Solubility in Water: <5 ppmw Thermal stability Chemical stability Wide liquid range Non-conductive An effective alternative to chlorofluorocarbons (CFCs) in a wide range of applications, from lubricant deposition to process solvent applications.

3M™ PF-5060

A clear, colorless, fully-fluorinated liquid that is chemically and thermally stable, practically non-toxic, and nonflammable. Has a boiling point of 56°C.

High dielectric strength, excellent material compatibility, along with chemical thermal stability makes fluid useful in applications such as lubricant deposition and reaction media. Appearance: Clear, colorless Average Molecular Weight: 338 Boiling Point (1 atm): 56°C Pour Point: -90°C Estimated Critical Temperature: 451 K Estimated Critical Pressure: 1.83 x 106 Pa Vapor Pressure: 30.9 x 103 Pa Latent Heat of Vaporization (at normal boiling point): 88 J/g Liquid Density: 1.68 g/ml Kinematic Viscosity: 0.38 centistokes Absolute Viscosity: 0.64 centipoise Liquid Specific Heat: 1.05 J g-1 °C--1 Liquid Thermal Conductivity: 0.057 W m-1 °C-1 Coefficient of Expansion: 0.0016 °C-1 Surface Tension: 12 dynes/cm Refractive Index: 1.249 Water Solubility: 10 ppmw Solubility in Water: <5ppmw Thermal stability Chemical stability Wide liquid range Non-conductive Used in a wide range of applications, such as lubricant deposition, reaction media and heat transfer.

ANDEROL® 402

Synthetic diester-based lubricating oil (ISO Grade 10/15) that meets both Mil-PRF-6085D and BOEING BMS 3-7C specifications.

Anti-friction bearings Rolling elements Static elements Sintered metal bearings Measuring and dispensing pumps and meters Gear lubrication (light duty) Mechanical spring and actuator mechanisms General purpose light to medium viscosity lubricating oil

ANDEROL® 456

ANDEROL® 456 is a synthetic diester-based lubricant (ISO Grade 32).

ANDEROL® 456 is a synthetic diester-based lubricant (ISO Grade 32). Viscosity ISO VG: 32 ANDEROL® 456 is formulated to provide excellent lubrication over a wide temperature range, resist gumming and deposit formation to minimize wear. Anti-friction bearings Rolling elements Static elements Sintered metal bearings Measuring and dispensing pumps and meters Gear lubrication (light duty) Mechanical spring and actuator mechanisms General purpose light to medium viscosity lubricating oil

ANDEROL® 465

ANDEROL® 465 is a synthetic diester-based lubricant (ISO Grade 68).

ANDEROL® 465 is a synthetic diester-based lubricant (ISO Grade 68). Viscosity ISO VG: 68 ANDEROL® 465 is formulated to offer extended lubrication over a wide temperature range, resist gumming and speed fluctuations, and minimize wear. Anti-friction bearings Rolling elements Static elements Sintered metal bearings Measuring and dispensing pumps and meters Gear lubrication (light duty) Mechanical spring and actuator mechanisms General purpose light to medium viscosity lubricating oil

ANDEROL® 486

ANDEROL® 486 is a synthetic diester-based lubricant (ISO Grade 68).

ANDEROL® 486 is a synthetic diester-based lubricant (ISO Grade 68). Viscosity ISO VG: 68 ANDEROL® 486 is formulated to offer extended lubrication over a wide temperature range, resist gumming and speed fluctuations, and minimize wear. Anti-friction bearings Rolling elements Static elements Sintered metal bearings Measuring and dispensing pumps and meters Gear lubrication (light duty) Mechanical spring and actuator mechanisms General purpose light to medium viscosity lubricating oil

ANDEROL® 500

ANDEROL® 500 is a synthetic diester-based compressor lubricant (ISO 100).

ANDEROL® 500 is a synthetic diester-based compressor lubricant (ISO 150) ANDEROL® 500 is specifically designed to provide long term lubrication in process gas compressors, vacuum pumps and air compression systems. ANDEROL® 500 is a general purpose rust and oxidation inhibited lubricant for severe temperature applications in all types of compressors. Viscosity ISO VG: 100 Designed for air compressors, process gas rotating equipment, vacuum pumps. Excellent mid range temperature performance Low deposit formation Air compressors Process gas rotating equipment Vacuum pumps

ANDEROL® 750

ANDEROL® 750 is a synthetic diester-based compressor lubricant (ISO 150).

ANDEROL® 750 is a synthetic diester-based compressor lubricant (ISO 150) ANDEROL® 750 is specifically designed to provide long term lubrication in process gas compressors, vacuum pumps and air compression systems. ANDEROL® 750 is a general purpose rust and oxidation inhibited lubricant for severe temperature applications in all types of compressors. Viscosity ISO VG: 150 Designed for air compressors, process gas rotating equipment, vacuum pumps. Excellent mid range temperature performance Low deposit formation Air compressors Process gas rotating equipment Vacuum pumps

ANDEROL® 755

ANDEROL® 755 is a synthetic diester-based compressor lubricant (ISO 150). ANDEROL® 755 is similar to Anderol® 750 but with higher diester content and better anti-foam performance.

ANDEROL® 755 is a synthetic diester-based compressor lubricant (ISO 150) ANDEROL® 755 is specifically designed to provide long term lubrication in process gas compressors, vacuum pumps and air compression systems. ANDEROL® 755 is a general purpose rust and oxidation inhibited lubricant for severe temperature applications in all types of compressors. ANDEROL® 755 is similar to Anderol ®750 but with higher diester content and better anti-foam performance. Viscosity ISO VG: 150 Designed for air compressors, process gas rotating equipment, vacuum pumps. Excellent mid range temperature performance Low deposit formation Air compressors Process gas rotating equipment Vacuum pumps

Dowcal 100E

Ethylene glycol-based fluid exhibiting lower viscosity and heat transfer performance for HVAC and chemical industry.

Provides excellent heat transfer performance and exceptional thermal stability in well-maintained heat transfer systems. Ethylene glycol-based fluid Density at 20c: 1.114 Ph of solution: 8.0-8.8 Reserve Alkalinity min: 9.5 Freeze point: -36 Offers a low acute oral toxicity, reducing contamination hazards compared to methanol alternatives. HVAC Pharmaceutical Secondary cooling and heating Freeze, burst protection Renewable energy Ground Source Heat Pumps (GSHP)

DOWCAL™ 100

An ethylene glycol-based fluid especially requiring corrosion protection at lower glycol concentrations.

Provides excellent heat transfer performance and exceptional thermal stability in well-maintained heat transfer systems. Ethylene glycol-based fluid Offers a low acute oral toxicity, reducing contamination hazards compared to methanol alternatives. HVAC Pharmaceutical Secondary cooling and heating Freeze, burst protection Renewable energy Ground Source Heat Pumps (GSHP

DOWCAL™ 200E

Propylene glycol-based fluid with low acute toxicity as an alternative to ethylene glycol for secondary cooling or heating in construction and industry.

This fluid is low in acute oral toxicity and contains a specially formulated inhibitor package that helps prevent corrosion of materials common in HVAC construction, food and beverage processing, and other systems. Density at 20c: 1.043 Ph of solution: 7.7-8.5 Reserve Alkalinity min: 9.0 Freeze point: -32 Improved corrosion protection for aluminum alloys Suitable for use at a minimum 20% concentration for high and low temperatures Long lifetime Low acute oral toxicity Free of nitrite, borax and CMR Available in various package sizes and blends. Suitable applications include: single fluid process heating and cooling; closed-loop, water-based heating and air conditioning systems where propylene glycol-based fluids are preferred or required; and food industry applications within temperature range.

DOWCAL™ N

A NSF-approved, propylene glycol-based fluid that is low in acute oral toxicity and widely used to depress freeze points in food and beverage processing and in other applications.

Dowcal™ N features a specially formulated corrosion inhibitor package and can be used for direct and indirect food additive applications. Available in various package sizes and blends. Propylene glycol based fluid Better freeze protection Better corrosion protection in hot and cold systems FDA-approved safe food additive Compatible with commonly used elastomers Long fluid life and low maintenance costs Greater cost-effectiveness Low acute oral toxicity Used to depress freeze points in food and beverage processing and in other applications

DOWFROST™

Made with DOW PuraGuard™ Propylene Glycol USP/EP, a pharmaceutical grade of monopropylene glycol with specially formulated packages of food grade industrial inhibitors that help prevent corrosion.

Regular DOWFROST™ inhibited propylene glycol (PG) DOWFROST™ is comprised of about 96% PG and 4% corrosion inhibitors. All ingredients are food safe, that is to say they are classified as GRAS (generally regarded as safe) by FDA and are approved as direct food additives. DOWFROST™ is the product of choice for the food processing industry. It is undyed and has water white appearance. DOWFROST™ offers effective heat transfer over a slightly narrower temperature range than DOWTHERM™ fluids: from 0 F to 250 F. The higher minimum recommended temperature for PG based fluids is because PG has higher viscosity and is more difficult to pump at low temperature. DOWFROST™ inhibited PG can provide freeze protection down to -60 F. DOWFROST™ is offered is various concentrations and package sizes. Color: Clear Propylene glycol-based fluid Propylene glycol-based fluid (96%) Water white Made with DOW PuraGuard™ Propylene Glycol USP/EP Low toxicity - complies with FDA and USDA regulations Operating range: 0 to 250° F for heat transfer 60° F for burst protection Heating, Ventilation & Air Conditioning (HVAC) Chill water & hydronic heating loops Geothermal (ground source heat pumps) Snow melt & Turf heating systems Solar hot water heating Fire water sprinkler systems Food processing Chilling of dairy products & beverages Beer & wine (fermentation cooling) Freezing of concentrated juices, meats, poultry & fish Refrigeration Ice skating rinks Cold storage, refrigerated warehouses & supermarkets (secondary loop) Thermal Energy Storage (TES)

DOWFROST™ Copper Inhibitor

An azole based inhibitor designed to boost the anti-corrosion properties.

Intended to be added when the inhibitors in heat transfer fluids become depleted or low. To ensure proper protection for your system and to maintain balance of the inhibitor package, Dow offers free sample test kits to test your inhibitor levels. Color: Yellow to amber Odor: Characteristic pH: 13.0 - 13.7 Measured Freezing point: -8 °C ( 18 °F) Literature Boiling point (760 mmHg): 100 °C ( 212 °F) Evaporation Rate (Butyl Acetate = 1): <0.8 Estimated. Vapor Pressure: 23 mmHg at 25 °C (77 °F) Literature Relative Vapor Density (air = 1): Same as water Relative Density (water = 1): 1.19 at 20 °C (68 °F) / 20 °C Literature Water solubility: Soluble in water Partition coefficient: n-octanol/water log Pow: 1.71 Estimated. Anti-corrosion inhibitor Intended to be added when the inhibitors in heat transfer fluids become depleted or low.

DOWFROST™ Geo 20

A 20% propylene glycol solution that is intended for geothermal heat pump systems.

A ready to use solution that contains specially designed corrosion inhibitors that meet ASTM D1384 corrosion protection requirements. The low glycol content provides lower viscosity and higher heat transfer efficiency. This fluid has a freezing point of 18.5°F. Recommended Use Temperature Range: -5ºC (23ºF) to 100ºC (212ºF) Typical Properties of DOWFROST GEO 20 Fluid: Composition (% by volume) Propylene Glycol – 20 Performance Additive + Water – 80 Color – Yellow to Green Specific Gravity – 1.017 - 1.027 25 / 25ºC (77 / 77 º F) pH of Solution – 9.5 - 10.5 Reserve Alkalinity (min.) – 3.5 ml Formulated for geothermal systems Intended for use in Geothermal heating and cooling systems

DOWFROST™ HD

or beverage application.

A formulation of propylene glycol and a specially designed package of industrial corrosion inhibitors. The fluid is dyed fluorescent yellow to aid in leak detection. Not approved by the USDA or FDA for food use, and is not suitable for food...

DOWFROST™ HD inhibited propylene glycol (PG) is comprised of about 94% PG and 6% corrosion inhibitors. The lower PG content in DOWROST™ HD allows for additional corrosion inhibitors including some which are not approved by FDA as direct food additives. These additional components do not compromise toxicity fluid and provide an enhanced level of corrosion protection which is unsurpassed in the industry. DOWFROST™ HD has a fluorescent yellow color and is capable of operating at higher temperatures than regular DOWFROST™: from 0 F to 325 F. DOWFROST™ HD is intended for low toxicity, non-food processing applications and provides freeze protection down to -60 F. Dowfrost™ HD is offered is various concentrations and package sizes. Color: Green / Yellow Propylene glycol-based fluid Propylene glycol-based fluid (94%) Fluorescent yellow Increased concentration of inhibitors Not USDA/FDA approved industrial / commercial version of DOWFROST Operating range: 0 to 325° F for heat transfer -60° F for burst protection Heating, Ventilation & Air Conditioning (HVAC) Chill water & hydronic heating loops Geothermal (ground source heat pumps) Snow melt & Turf heating systems Solar hot water heating Fire water sprinkler systems Refrigeration Ice skating rinks Cold storage, refrigerated warehouses & supermarkets (secondary loop) Thermal Energy Storage (TES)

DOWFROST™ Iron Inhibitor

A phosphate and azole based inhibitor designed to boost the anti-corrosion properties.

Intended to be added when the inhibitors in heat transfer fluids become depleted or low. To ensure proper protection for your system and to maintain balance of the inhibitor package, Dow offers free sample test kits to test your inhibitor levels. Color: Colorless to yellow Odor: Characteristic pH: 10.5 Literature Freezing point: -7 °C ( 19 °F) Estimated. Boiling point (760 mmHg): 108 °C ( 226 °F) Flash point: closed cup No test data available Evaporation Rate (Butyl Acetate= 1): < 0.5 Estimated. Vapor Pressure: 10 mmHg at 25 °C (77 °F) Relative Vapor Density (air = 1): 1 Relative Density (water = 1): 1.48 Water solubility: completely miscible with water Anti-corrosion inhibitor Intended to be added when the inhibitors in heat transfer fluids become depleted or low.

DOWFROST™ pH Booster

A heat transfer inhibitor designed for pH adjustments.

Intended to be added when the inhibitors in heat transfer fluids become depleted or low. To ensure proper protection for your system and to maintain balance of the inhibitor package, Dow offers free sample test kits to test your inhibitor levels. Color: Colorless pH: 12 Freezing point: -29 °C ( -20 °F) Literature Boiling point (760 mmHg): 137.78 °C ( 280.00 °F) L Evaporation Rate (Butyl Acetate= 1): <0.5 Vapor Pressure: 26 mmHg Relative Vapor Density (air = 1): >1 Relative Density (water = 1): 1.45 Water solubility 100 % Kinematic Viscosity: 4.3 cSt at 20 °C (68 °F) Intended to be added when the inhibitors in heat transfer fluids become depleted or low.

DOWTHERM™ 4000

A formulation of ethylene glycol that features one of the highest maximum use temperature of any glycol, operating temperature ranges -60°F to 350°F. The fluid is dyed fluorescent orange to aid in leak detection.

DOWTHERM™ 4000 inhibited ethylene glycol (EG) is comprised of about 92% EG and 8% corrosion inhibitors and has a bright fluorescent orange color. The lower EG content allows for a higher concentration of corrosion inhibitors which in turn means DOWTHERM™ 4000 is capable of operating at higher temperatures than DOWTHERM™ SR1 i.e. from -20°F to 350°F. This makes DOWTHERM™ 4000 a higher end, niche type product which is also capable of providing freeze protection down to -60°F. Ethylene glycol-based fluid (92%) Fluorescent orange Increased concentration of inhibitors Efficient heat transfer Operating range: -20°F to 350°F for heat transfer 60°F for burst protection Wide-temperature range operability Heating, Ventilation & Air Conditioning (HVAC) Chill water & hydronic heating loops Geothermal (ground source heat pumps) Snow melt & Turf heating systems Solar hot water heating Fire water sprinkler systems Refrigeration Ice skating rinks Cold storage, refrigerated warehouses & supermarkets (secondary loop) Thermal Energy Storage (TES)

DOWTHERM™ SR-1

A formulation of ethylene glycol and a specially designed package of industrial corrosion inhibitors with operating temperature ranges of -60°F to 250°F. The fluid is dyed fluorescent pink for leak detection purposes.

DOWTHERM™ SR1 inhibited ethylene glycol (EG) is comprised of about 95% EG and 5% corrosion inhibitors. DOWTHERM™ SR1 is the most popular EG based product within the Dow portfolio. In fact, DOWTHERM™ SR1 is the most widely recognized brand name in the industry. It offers effective heat transfer over a wide temperature range: from -20°F to 250°F and provides freeze protection down to -60°F. Color: Pink Ethylene glycol-based fluid Ethylene glycol-based fluid (95%) Fluorescent pink Efficient heat transfer Operating range: -20°F to 250°F for heat transfer 60°F for burst protection Offered in various package sizes and blends. DOWTHERM™ SR-1 25% DOWTHERM™ SR-1 30% DOWTHERM™ SR-1 35% DOWTHERM™ SR-1 40% DOWTHERM™ SR-1 45% DOWTHERM™ SR-1 50% DOWTHERM™ SR-1 60% Heating, Ventilation & Air Conditioning (HVAC) Chill water & hydronic heating loops Geothermal (ground source heat pumps) Snow melt & Turf heating systems Solar hot water heating Fire water sprinkler systems Refrigeration Ice skating rinks Cold storage, refrigerated warehouses & supermarkets (secondary loop) Thermal Energy Storage (TES)

Element 14PDMS 50

Low viscosity, linear polydimethylsiloxane polymer.

Element 14PDMS 50 is a linear polydimethylsiloxane with a viscosity of 50 centipoise (cps). Element14 PDMS fluids can stay in liquid form over a wide range of temperatures and pressures. As a result they are used in applications that require fluid properties in harsh environments. In mechanically demanding applications they provide excellent shear stability and good lubrication or slip. Viscosity = 50 cSt Appearance = Clear colorless liquid Specific gravity at 20C = 0.96 Refractive Index at 29C = 1.4 Flash Point = >300C Pour Point = -54C High and low temperature stability Oxidative stability Chemically inert Low flammability Low surface tension Shear stability High compressibility Low vapor pressure Low odor Soft, smooth silky feel Spreadability Low coefficient of friction Lubricious Heat and mechanical transfer fluids Hydraulic fluids Electrical insulating fluid Water repellent Polish ingredient Mold release agent Lubricant Anti-foam Personal care ingredient Textile spin finishes Paints and coatings additive

Element 14PDMS 5-A

Low viscosity, linear polydimethylsiloxane polymer.

Element 14PDMS 5-A is a linear polydimethylsiloxane with a viscosity of 5 centipoise (cps). Element14 PDMS fluids can stay in liquid form over a wide range of temperatures and pressures. As a result they are used in applications that require fluid properties in harsh environments. In mechanically demanding applications they provide excellent shear stability and good lubrication or slip. Viscosity, mPa•s (cps): 5 Appearance: Clear, colorless liquid Flash point, closed cup, °C: >=121 Specific gravity (@ 25°C): 0.912-0.920 Refractive index (@ 25°C): 1.3950-1.3990 Pour point, °C: ~-100 Surface tension, dynes/cm (@25°C): 19.7 Thermal conductivity, W•m-1•K-1: 0.116 Coefficient of expansion, 10-3/°C: 1.08 High and low temperature stability Oxidative stability Chemically inert Low flammability Low surface tension Shear stability High compressibility Low vapor pressure Low odor Soft, smooth silky feel Spreadability Low coefficient of friction Lubricious Heat and mechanical transfer fluids Hydraulic fluids Electrical insulating fluid Water repellent Polish ingredient Mold release agent Lubricant Anti-foam Personal care ingredient Textile spin finishes Paints and coatings additive

Element 14PDMS1000

Low viscosity, linear polydimethylsiloxane polymer.

Element 14PDMS 5-A is a linear polydimethylsiloxane with a viscosity of 1000 centipoise (cps). Element14 PDMS fluids can stay in liquid form over a wide range of temperatures and pressures. As a result they are used in applications that require fluid properties in harsh environments. In mechanically demanding applications they provide excellent shear stability and good lubrication or slip. Viscosity cSt: 1000 Appearance: Clear, colorless liquid Specific gravity at 25°C: 0.97 Refractive index at 25°C: 1.4 Flash point, open cup, °C: >302 Pour point, °C: -47 Surface tension dynes/cm at 25°C: 21.3 High and low temperature stability Oxidative stability Chemically inert Low flammability Low surface tension Shear stability High compressibility Low vapor pressure Low odor Soft, smooth silky feel Spreadability Low coefficient of friction Lubricious Heat and mechanical transfer fluids Hydraulic fluids Electrical insulating fluid Water repellent Polish ingredient Mold release agent Lubricant Anti-foam Personal care ingredient Textile spin finishes Paints and coatings additive

Element 14PDMS350

Low viscosity, linear polydimethylsiloxane polymer.

Element 14PDMS 350 is a linear polydimethylsiloxane with a viscosity of 350 centipoise (cps). Element14 PDMS fluids can stay in liquid form over a wide range of temperatures and pressures. As a result they are used in applications that require fluid properties in harsh environments. In mechanically demanding applications they provide excellent shear stability and good lubrication or slip. Viscosity cSt: 350 Appearance: Clear, colorless liquid Specific gravity at 25°C: 0.97 Refractive index at 25°C: 1.4 Flash point, open cup, °C: >302 Pour point, °C: -47 Surface tension dynes/cm at 25°C: 21.1 High and low temperature stability Oxidative stability Chemically inert Low flammability Low surface tension Shear stability High compressibility Low vapor pressure Low odor Soft, smooth silky feel Spreadability Low coefficient of friction Lubricious Heat and mechanical transfer fluids Hydraulic fluids Electrical insulating fluid Water repellent Polish ingredient Mold release agent Lubricant Anti-foam Personal care ingredient Textile spin finishes Paints and coatings additive

Element 14PDMS500

Low viscosity, linear polydimethylsiloxane polymer.

Element 14PDMS 500 is a linear polydimethylsiloxane with a viscosity of 500 centipoise (cps). Element14 PDMS fluids can stay in liquid form over a wide range of temperatures and pressures. As a result they are used in applications that require fluid properties in harsh environments. In mechanically demanding applications they provide excellent shear stability and good lubrication or slip. Viscosity cSt: 500 Appearance: Clear, colorless liquid Specific gravity at 25°C: 0.97 Refractive index at 25°C: 1.4 Flash point, open cup, °C: >302 Pour point, °C: -47 Surface tension dynes/cm at 25°C: 21.1 High and low temperature stability Oxidative stability Chemically inert Low flammability Low surface tension Shear stability High compressibility Low vapor pressure Low odor Soft, smooth silky feel Spreadability Low coefficient of friction Lubricious Heat and mechanical transfer fluids Hydraulic fluids Electrical insulating fluid Water repellent Polish ingredient Mold release agent Lubricant Anti-foam Personal care ingredient Textile spin finishes Paints and coatings additive

Fluorinert™ FC-3283

Fluid ideal for use in single phase heat transfer applications in semiconductor manufacturing.

Liquid temperature range (-50°C to 128°C) makes it ideal for a variety of applications such as etchers, ion implanters, and testers. Composition does not fractionate or shift with time ensuring fluid loss is kept to minimum and transport properties do not change. Appearance: Clear, colorless Average Molecular Weight: 521 Boiling Point (1 atm): 128°C Pour Point: -50°C Vapor Pressure: 1.44 x 103 pascals Latent Heat of Vaporization (at normal boiling point): 78 J/g Liquid Density: 1820 kg/m3 Kinematic Viscosity: 0.75 centistokes Absolute Viscosity: 1.4 centipoise Liquid Specific Heat: 1100 J kg-1 °C-1 Liquid Thermal Conductivity : 0.066 W m-1 °C-1 Coefficient of Expansion: 0.0014 °C-1 Water Solubility: 7 ppmw Solubility in Water: <5 ppmw Ozone Depletion Potential: 0 Dielectric Strength: 43 kV, 0.1" gap Dielectric Constant: 1.89 Zero ozone depletion potential Exempt from the U.S. EPA and most State definitions of a volatile organic compound (VOC), and does not contribute to ground-level smog formation Thermal stability Chemical stability Wide liquid range Non-conductive Narrow boiling range Compatibility Ideal for a variety of applications such as etchers, ion implanters, testers, dielectric bath, heat transfer, and semiconductor cooling

Fluoroguard™ PCA Oil

Perfluoropolyether (PFPE) polymer compounding additive with excellent color and UV/thermal stability.

Used to internally lubricates parts, offering excellent lubricity while not affecting chemical properties and allowing moving parts to turn easier and last longer. Average MW: 4800 Volatility: <1% Viscosity (cSt at 50 °C): 101 Density (g/ml at 23 °C): 1.9 Surface Tension (dyn/cm at 26 °C): 18 Refractive Index (nD25): 1.3 Pour Point: -36 °C Appearance: Clear liquid Improves processing of polymers Colorless Odorless Chemically inert Color, UV, and thermal stability Increases wear resistance Increases flex fatigue resistance Improves product gloss Improves surface lubricity Reduces coefficient of friction Reduces squeak/noise Only used at 0.1-1.0%

Krytox™ 143AA Oil

Krytox™ 143AA Oil has a viscosity of 32 cSt @ 40°C.

Krytox™ aerospace lubricants were created by Chemours to withstand the rigors of orbital flights in the vacuum of space. 143AA Oil has a viscosity of 32 cSt @ 40 degrees C. Average MW: 2210 Viscosity @40C: 32 Viscosity Index: 96 Pour Point °C: -50 Density @0°C (32°F): 1.92 Vapor Pressure (torr) @38°C (100°F): 1 x 10(–4) Estimated Useful Range °C: –51–177

Krytox™ 143AB Oil

Krytox™ 143AB Oil has a viscosity of 78 cSt @ 40°C.

Krytox™ aerospace lubricants were created by Chemours to withstand the rigors of orbital flights in the vacuum of space. 143AB Oil has a viscosity of 78 cSt @ 40 degees C. Average MW: 3800 Viscosity @40C: 78 Viscosity Index: 113 Pour Point °C: -40 Density @0°C (32°F): 1.93 Vapor Pressure (torr) @38°C (100°F): 5 x 10(–6) Estimated Useful Range °C: –40–232

Krytox™ 143AC Oil

Krytox™ 143AC Oil has a viscosity of 243 cSt @ 40°C.

Krytox™ aerospace lubricants were created by Chemours to withstand the rigors of orbital flights in the vacuum of space. 143AC Oil has a viscosity of 243 cSt @ 40 degrees C. Average MW: 5940 Viscosity @40C: 243 Viscosity Index: 134 Pour Point °C: -35 Density @0°C (32°F): 1.95 Vapor Pressure (torr) @38°C (100°F): 8 x 10(–8) Estimated Useful Range °C: –34–288

Krytox™ 143AD Oil

Krytox™ 143AD Oil has a viscosity of 450 cSt @ 40°C.

Krytox™ aerospace lubricants were created by Chemours to withstand the rigors of orbital flights in the vacuum of space. 143AD Oil has a viscosity of 450 cSt @ 40 degrees C. Average MW: 7480 Viscosity @40C: 450 Viscosity Index: 146 Pour Point °C: -35 Density @0°C (32°F): 1.95 Vapor Pressure (torr) @38°C (100°F): 6 x 10(–9) Estimated Useful Range °C: –29–316

Krytox™ 143AZ Oil

Krytox™ 143AZ Oil has a viscosity of 22.8 cSt @ 40°C.

Krytox™ aerospace lubricants were created by Chemours to withstand the rigors of orbital flights in the vacuum of space. 143AZ Oil has a viscosity of 22.8 cSt @ 40 degrees C. Average MW: 2060 Viscosity @40C: 22.8 Viscosity Index: 60 Pour Point °C: -55 Density @0°C (32°F): 1.91 Vapor Pressure (torr) @38°C (100°F): 4 x 10(–4) Estimated Useful Range °C: –57–149

Krytox™ 240AA Grease

Low viscosity PFPE based grease thickened with high quality PTFE.

Krytox™ 240AA is a white buttery grease with all of the same properties as the 143 series base oils. This grease is pure white fluorinated synthetic material, which is nonreactive, nonflammable, safe in chemical and oxygen service, and are long-lasting. Viscosity (cSt): @20°C (68°F): 88 @ 38°C (100°F): 35 @ 99°C (210°F): 5.4 @ 204°C (400°F): 1.3 Vapor Pressure of Base Oil: @ 38°C (100°F): 1 x 10 e -4 @ 260°C (500°F): 0.8 Volatility of Base Oil (wt% loss in 22 hr.): @ 149°C (300°F): 15 Pour Point of Base Oil: -50°C (-60°F) Texture: Buttery NLGI Grade: 2 Mechanical Stability (ASTM D217 10,000 and 100,000 strokes): No change Oxidation Stability @ 99°C (210° F): 0 psig pressure drop after 600 hr Liquid Oxygen Impact (ASTM D2512, NASA MSFC 106B): Pass Grease Density (at 25°C/77°F): 1.91 g/mL Oil Separation (wt% loss in 30 hours): @ 99°C (210°F): 5 @ 204°C (400°F): 20 Estimated Useful Range: -51°C to 177°C (-60°F to 350°F) Low viscosity Non-flammable Precise performance Low outgassing Seals, O-rings, gaskets, low temperature bearings

Krytox™ 240AB Grease

Low to medium viscosity PFPE based grease thickened with PTFE . Meets MIL-PRF-27617 Type II.

Krytox™ 240AB is a white buttery grease formulated from clear, colorless, fluorinated synthetic oils that are nonreactive, nonflammable, safe in chemical and oxygen service, and are long-lasting. Meets MIL-PRF-27617 Type II and NATO G-398 Viscosity (cSt): @20°C (68°F): 240 @ 38°C (100°F): 86 @ 99°C (210°F): 10.5 @ 204°C (400°F): 2.1 Vapor Pressure of Base Oil: @ 38°C (100°F): 5 x 10 e -6 @ 260°C (500°F): 3 x 10 e -2 Volatility of Base Oil (wt% loss in 22 hr.): @ 149°C (300°F): 1.9 @ 204°C (400°F): 17.3 @ 260°C (500°F): 76.2 Pour Point of Base Oil: -40°C (-40°F) Texture: Buttery NLGI Grade: 2 Mechanical Stability (ASTM D217 10,000 and 100,000 strokes): No change Oxidation Stability @ 99°C (210° F): 0 psig pressure drop after 600 hr Liquid Oxygen Impact (ASTM D2512, NASA MSFC 106B): Pass Grease Density (at 25°C/77°F): 1.92 g/mL Oil Separation (wt% loss in 30 hours): @ 99°C (210°F): 4 @ 204°C (400°F): 12 Estimated Useful Range: -40°C to 232°C (-40°F to 450°F) Qualification Reference Number: AFPET/PTP 08-012 MIL-Spec: MIL-PRF-27617 Tyler 2 NATO Number: G-398 Change in Worked Penetration: +3 Corrosion on Copper (2b max): 1b High Temperature Bearing Performance (500 hr min at 10,000 rpm, 204°C): Stopped at 1,320 hr Evaporation % (ASTM D-2595): 10.1 Solubility in Fuel (%): 0.3 Water Washout Characteristics (%): 0.25 Dirt Count: 75 micron and larger: 0 25-75 micron: 0 Resistance to Aqueous Solution: Distilled Water: Pass 50/50 Distilled Water/Ethanol: Pass Film Stability and Corrosion on Steel: Pass Meets MIL-PRF-27617 Type II Meets NATO G-398 Low to medium viscosity Low outgassing Non-flammable Broad temperature performance NSF H-1 food grade Bearings, control switches, gauges, quick connectors, o-rings, gaskets, and seals

Krytox™ 240AC Grease

MIL-PRF 27617 Type III Grease, based on pure PFPE oil and high efficiency PTFE Thickener.

Krytox™ 240AC is a white buttery grease that is nonreactive, nonflammable, safe in chemical and oxygen service, and is extremely long-lasting. Meets MIL-PRF-27617 Type III. Viscosity (cSt): @20°C (68°F): 800 @ 38°C (100°F): 270 @ 99°C (210°F): 26 @ 204°C (400°F): 4.1 Vapor Pressure of Base Oil: @ 38°C (100°F): 8 x 10 e -8 @ 260°C (500°F): 2 x 10 e -3 Volatility of Base Oil (wt% loss in 22 hr.): @ 149°C (300°F): 0 @ 204°C (400°F): <1 @ 260°C (500°F): 4 Pour Point of Base Oil: -35°C (-30°F) Texture: Buttery NLGI Grade: 2 Mechanical Stability (ASTM D217 10,000 and 100,000 strokes): No change Oxidation Stability @ 99°C (210° F): 0 psig pressure drop after 600 hr Liquid Oxygen Impact (ASTM D2512, NASA MSFC 106B): Pass Grease Density (at 25°C/77°F): 1.93 g/mL Oil Separation (wt% loss in 30 hours): @ 99°C (210°F): 3 @ 204°C (400°F): 11 Estimated Useful Range: -34°C to 288°C (-30°F to 550°F) Qualification Reference Number: AFPET/PTP 08-012 MIL-Spec: MIL-PRF-27617 Tyler 2 NATO Number: G-398 Change in Worked Penetration: +3 Corrosion on Copper (2b max): 1b High Temperature Bearing Performance (500 hr min at 10,000 rpm, 204°C): Stopped at 1,320 hr Evaporation % (ASTM D-2595): 10.1 Solubility in Fuel (%): 0.3 Water Washout Characteristics (%): 0.25 Dirt Count: 75 micron and larger: 0 25-75 micron: 0 Resistance to Aqueous Solution: Distilled Water: Pass 50/50 Distilled Water/Ethanol: Pass Film Stability and Corrosion on Steel: Pass Chemically Inert Broad temperature performance Low out-gassing Non-flammable Meets the following specifications: MIL-PRF-27617 Type III Nato # G-399 NSF H-1 Food Grade -National Stock Numbers (NSN): 9150-01-008-0495 9150-00-961-8995 9150-01-543-2899 9150-12-307-2645 9150-12-338-4838 9150-99-784-3607 9150-12-349-5329 9150-00-083-5589 9150-00-726-3553 Bearings, gears, seals, o-rings, gauges, valves, gaskets, and quick connectors

Krytox™ 240AD Grease

Krytox™ 240AD Aerospace Grease. High molecular weight base oil without additives.

Krytox™ 240AD white buttery greases with all of the same properties as the 143 series oils that they are made from, but they are in grease form. The properties that they are clear, colorless, fluorinated synthetic oils that are nonreactive, nonflammable, safe in chemical and oxygen service, and are long-lasting. Viscosity @20°C (68°F): 1540 cSt Food Grade Compatible (H1): Yes Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-20°F to 550°F+) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -30°C (-20°F) Krytox™ 240AD Aerospace Grease is used the higher temperature AAND applications. Krytox® 240AD is mainly used for aerospace applications with higher temperatures, requiring a heavier molecular weight highest viscosity base oil.

Krytox™ 240AZ Grease

Krytox™ 240AZ Aerospace Grease. Lowest molecular weight base oil without additives. Meets MIL-PRF-27617 Type I.

Krytox™ 240AZ is white buttery grease with all of the same properties as the 143 series oils that they are made from. The base oils are clear, colorless, fluorinated synthetic oils that are nonreactive, nonflammable, safe in chemical and oxygen service, and are long-lasting. Meets MIL-PRF-27617 Type I and NSN 9150-01-007-4384. Viscosity @20°C (68°F): 60 cSt Food Grade Compatible (H1): Yes Meets MIL-PRF-27617: Yes Estimated Useful Range: -57°C to 149°C (-70°F to 300°F) Grease Density @25°C (77°F): : 1.89 g/ml Oil Pour Point: -55°C (-70°F) Krytox™ 240AZ is the lightest of the most common aerospace grade, engineered for precise performance characteristics in demanding aerospace applications. Lightest premium AAND grease for use in applications that do not require additional corrosion inhibitors or extreme pressure additives.

Krytox™ 250AC Grease

Krytox™ 250AC Grease is an extreme pressure grade of Krytox™ 240AC.

Krytox™ 250AC series EP greases are black greases that contain molybdenum disulfide added as an extreme pressure additive for highly loaded gears and bearings. Viscosity @20°C (68°F): 800 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-30°F to 550°F) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -35°C (-30°F) Krytox™ 250AC is made for higher pressure applications where Krytox™ 240AC would see oil-filler separation. Premium AAND mid range grease for use in applications that require additional extreme pressure additives.

Krytox™ 250AD Grease

Krytox™ 250AD Grease is an extreme pressure grade of Krytox™ 240AD.

Krytox™ 250AD series EP greases are black greases that contain molybdenum disulfide added as an extreme pressure additive for highly loaded gears and bearings. Viscosity @20°C (68°F): 1540 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-20°F to 550°F+) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -30°C (-20°F) Krytox™ 250AD is made for higher pressure applications where Krytox™ 240AD would see oil-filler separation. Krytox® 250AD is mainly used for aerospace applications with higher temperatures, requiring a heavier molecular weight highest viscosity base oil and extreme pressure additives.

Krytox™ 280AB Grease

Krytox™ 280AB Grease is rust inhibited grade of Krytox™ 240AB.

Krytox™ 280AB Grease is Krytox™ 240AB Grease with addition of anti-corrosion and rust preventative inhibitor. Viscosity @20°C (68°F): 240 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -40°C to 232°C (-40°F to 450°F) Grease Density @25°C (77°F): : 1.92 g/ml Oil Pour Point: -40°C (-40°F) Krytox™ 280AB Grease contains sodium nitride for potentially corrosive applications. Lighter to medium of the premium AAND greases for use in applications that require additional corrosion inhibitors or additives.

Krytox™ 280AC Grease

Krytox™ 280AC Grease is a rust inhibited grade of Krytox™ 240AC.

Krytox™ 280AC Grease is Krytox™ 240AC Grease with addition of anti-corrosion and rust preventative inhibitor. Viscosity @20°C (68°F): 800 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-30°F to 550°F) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -35°C (-30°F) Krytox™ 280AC Grease contains sodium nitride for potentially corrosive applications. Premium AAND mid range grease for use in applications that require additional corrosion inhibitors.

Krytox™ 283AB Grease

Krytox™ 283AB Grease is a corrosion inhibited grade of Krytox™ 240AB.

Krytox™ 283AB series anticorrosion greases are white greases containing sodium nitrite. Viscosity @20°C (68°F): 240 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -40°C to 232°C (-40°F to 450°F) Grease Density @25°C (77°F): : 1.92 g/ml Oil Pour Point: -40°C (-40°F) Krytox™ 283AB greases provide rust protection at ambient temperatures, corrosion protection at high temperatures, and antiwear protection. Lighter to medium of the premium AAND greases for use in applications that require additional corrosion inhibitors or additives.

Krytox™ 283AC Grease

Krytox™ 283AC Grease is a corrosion inhibited grade of Krytox™ 240AC

Krytox™ 283AC series anticorrosion greases are white greases containing sodium nitrite. Viscosity @20°C (68°F): 800 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-30°F to 550°F) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -35°C (-30°F) Krytox™ 283AC greases provide rust protection at ambient temperatures, corrosion protection at high temperatures, and antiwear protection. Krytox™ 283AC series are premium AAND mid range grease for use in applications that require additional corrosion inhibitors.

Krytox™ 283AD Grease

Krytox™ 283AD Grease is a corrosion inhibited grade of Krytox™ 240AD.

Krytox™ 283AD series anticorrosion greases are white greases containing sodium nitrite. Viscosity @20°C (68°F): 1540 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-20°F to 550°F+) Grease Density @25°C (77°F): : 1.93 g/ml Oil Pour Point: -30°C (-20°F) Krytox™ 283AD greases provide rust protection at ambient temperatures, corrosion protection at high temperatures, and antiwear protection. Krytox® 283AD is mainly used for aerospace applications with higher temperatures, requiring a heavier molecular weight highest viscosity base oil and rust and corrosion inhibitor additives.

Krytox™ AGL 683 Grease

Krytox™ AGL 683 Grease is Aviation Gearbox Lubricant.

Krytox™ AGL 683 Grease is a yellow, creamy grease based on perfluoropolyether (PFPE) oil and thickened with polytetrafluoroethylene (PTFE). Krytox™ AGL 683 Grease is specifically designed to lubricate gears and their associated bearings under relatively low temperature conditions. NLGI Grade: 0 Appearance: Yellow, Creamy Consistency Estimated Useful Temperature Range, °C: –60 to 120 Base Oil Viscosity cSt @40°C: 32 Specific Gravity g/cm3 @0°C: 2.1 Krytox™ AGL 683 Grease contains extreme pressure and anticorrosion additives for applications in corrosive atmospheres or with significant shock loading where an element experiences greater mixed film or boundary lubrication than full film or hydrodynamic lubrication. Krytox™ AGL 683 Grease will also provide superior performance in applications prone to significant fretting corrosion.

Krytox™ FPG 028 Grease

Krytox™ FPG 028 - Flight Program Grease - Formulated for the most demanding aerospace applications. Lower Molecular Weight.

Krytox™ FPG 028 is a smooth, buttery, white grease. It has been developed to operate over a wide temperature range -73°C to 204°C (-99°F to 399°F), to be resistant to hydrocarbon fuel and liquid oxygen, and to be used as a lubricant in aircraft, aerospace vehicles, and supporting equipment. Krytox™ FPG 028 is certified and meets all the requirements of MIL-PRF-27617 Type IV. Viscosity @40°C (68°F): 50.45 cSt Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -34°C to 288°C (-30°F to 550°F) Qualification Reference Number: AFPET/PTPT 12-003 Meets MIL-PRF-27617 Type IV specification. It is designed to operate under severe conditions, and can be used for bearings, gears, and as a lubricant for O-rings and elastomers.

Krytox™ FPG 182 Grease

Krytox™ FPG 182 - Flight Program Grease - Formulated for the most demanding aerospace applications. Higher Molecular Weight. Meets MIL-PRF-27617 specification.

Krytox™ FPG 182 is a smooth, buttery, white grease. It has been developed to operate over a wide temperature service range and in extreme chemical and vacuum conditions. It has exceptional performance as shown by the bearing life test that has over 7 times the life of similar products. Viscosity @40°C (68°F): 138 cSt Viscosity Index: 313 Food Grade Compatible (H1): No Meets MIL-PRF-27617: Yes Estimated Useful Range: -80°C to 210°C (-112°F to 410°F) Meets MIL-PRF-27617. It is designed to operate under severe conditions, and can be used for bearings, gears, and as a lubricant for O-rings and elastomers.

Krytox™ L-100 AG Grease

Krytox™ L-100 AG Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics designed for use in semiconductor and aerospace environments.. Krytox™ L-100 AG Grease grade includes a anti-corrosion additive and has a viscosity of 233 cSt @20°C.

Krytox™ L-100 AG Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-100 AG Grease grade includes a anti-corrosion additive and has a viscosity of 233 cSt @20°C NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –67 to 290 Base Oil Viscosity cSt @40°C: 100 Oil Viscosity Index: 206 Vapor Pressure Torr @20°C: 1.5 x 10–8 Pour Point °C: -67°C Oil Density, g/mL, 24°C: 1.86 Krytox™ L-100 AG Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-100 AG Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-100 AG Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ L-100 G Grease

Krytox™ L-100 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics designed for use in semiconductor and aerospace environments. Krytox™ L-100 G grade has a viscosity of 233 cSt @20°C.

Krytox™ L-100 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-100 G grade has a viscosity of 233 cSt @20°C NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –67 to 290 Base Oil Viscosity cSt @40°C: 100 Oil Viscosity Index: 206 Vapor Pressure Torr @20°C: 1.5 x 10–8 Pour Point °C: -67°C Oil Density, g/mL, 24°C: 1.86 Krytox™ L-100 G Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-100 G Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-100 G Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ L-100XP Grease

Krytox™ L-100XP Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-100XP grade includes an extreme pressure additive Molybdenum Sulfide (MoS) and has a viscosity of 233 cSt @20°C.

Krytox™ L-100XP Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-100XP grade has a viscosity of 233 cSt @20°C Krytox™ L-100XP is a Black grease that contains molybdenum disulfide added as an extreme pressure additive for highly loaded gears and bearings. NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –67 to 290 Base Oil Viscosity cSt @40°C: 100 Oil Viscosity Index: 206 Vapor Pressure Torr @20°C: 1.5 x 10–8 Pour Point °C: -67°C Oil Density, g/mL, 24°C: 1.86 Krytox™ L-100XP Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-100XP Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-100XP Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ L-150 G Grease

Krytox™ L-150 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics designed for use in semiconductor and aerospace environments. Krytox™ L-150 G grade has a viscosity of 350 cSt @20°C.

Krytox™ L-150 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-150 G grade includes a anti-corrosion additive and has a viscosity of 350 cSt @20°C NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –60 to 315 Base Oil Viscosity cSt @40°C: 150 Oil Viscosity Index: 212 Vapor Pressure Torr @20°C: 4 x 10–10 Pour Point °C: -60°C Oil Density, g/mL, 24°C: 1.87 Krytox™ L-150 G Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-150 G Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-150 G Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ L-150 XP Grease

Krytox™ L-150XP Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-150XP grade includes a extreme pressure additive Molybdenum Sulfide (MoS) and has a viscosity of 350 cSt @20°C.

Krytox™ L-150XP Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-150XP grade has a viscosity of 350 cSt @20°C Krytox™ L-150XP is a Black grease that contains molybdenum disulfide added as an extreme pressure additive for highly loaded gears and bearings. NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –60 to 315 Base Oil Viscosity cSt @40°C: 150 Oil Viscosity Index: 212 Vapor Pressure Torr @20°C: 4 x 10–10 Pour Point °C: -60°C Oil Density, g/mL, 24°C: 1.87 Krytox™ L-150XP Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-150XP Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-150XP Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ L-220 G Grease

Krytox™ L-220 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics designed for use in semiconductor and aerospace environments. Krytox™ L-220 G grade has a viscosity of 500 cSt @20°C.

Krytox™ L-220 G Grease linear perfluoropolyethers (PFPEs) provide exceptional low volatility characteristics for longer lubricant life. Krytox™ L-220 G grade has a viscosity of 500 cSt @20°C NLGI Grade: 2 Food Contact Approval: None Useful Temperature Range, °C: –60 to 315 Base Oil Viscosity cSt @40°C: 220 Oil Viscosity Index: 236 Vapor Pressure Torr @20°C: 6 x 10–11 Pour Point °C: -60°C Oil Density, g/mL, 24°C: 1.87 Krytox™ L-220 G Grease is compatible with most all materials commonly used in semiconductor environments, including metals, plastics, and elastomers. Krytox™ L-220 G Grease is safe for use around fuels and oxidizers and have excellent load-carrying capacity. Krytox™ L-220 G Grease is an excellent choice for use in high or ultra-high vacuum and aerospace environments where particulate generation is critical, or where high or extremely high temperatures exist. Surfaces to be lubricated with Krytox™ L-Series lubricants should be thoroughly cleaned before the grease is applied to remove organic rust inhibitors that could inhibit proper lubrication. These lubricants are extremely inert and will keep their lubricating properties, even after long periods of storage. Typical applications include all bearings, gears, valves, O-rings and any moving components, including robotics, in cleanroom and aerospace environments. Krytox™ L-Series linear greases are compatible with all plastic and metal components typically used in industrial applications.

Krytox™ TS4 Sealant Grease

Krytox™ TS4 PFPE sealant provides the highest securing performance for water, air, steam, natural gas, reactive gases and liquids without the drawbacks of PTFE tapes or other comparable products.

Krytox™ TS4 PFPE sealant is a fully fluorinated grease designed for threaded connections on valves, actuators, pipe fittings, and fasteners. Operating temperature range of –54–149 ºC (–65–300 ºF). Unlike PTFE tape, which should be removed before re-application, Krytox™ TS4 can be re-applied over existing Krytox™ thread sealant. • Lubricates threads, preventing costly thread damage from galling and seizing during assembly. Allows low breakaway torque for easy-to-break connections. • Clings to threads and will not shred or tear on assembly/disassembly. • Cannot plug or restrict critical piping, valves, or instruments like tape solids. • Krytox™ TS4 is non-reactive, non-toxic, nonflammable, non-corrosive and compatible with most seal, O-ring, and valve polymers. • No VOC content or hydrocarbon in the product; safe for oxygen use with no auto-ignition temperatures. • Cost-effective—only a small amount of sealant needed per application. • Fast and easy to apply, even while wearing protective gloves. • Tested leak free under helium at 400 psi for 7 days.* Clean all pipe and fitting threads with a non-chlorinated solvent to remove cutting/protective oil and chase threads with stiff wire brush to remove burrs, debris, and old sealant (PTFE tape, pipe dope, anaerobic resin, etc.). • Check pipe and fittings against ASNI/ASME guideline B.20.1-1983 to meet specifications for proper fit and engagement. • Construct piping systems following all applicable ANSI/ASME codes. • Apply Krytox™ TS4 to fill the male threads evenly, up to the recommended engagement length from the ANSI/ASME guideline. DO NOT OVERTIGHTEN.

Molykote™ 4 Electrical Insulating Compound

NLGI Grade 2-3 silicone based compound with silica thickener and select polydimethyl silicone fluids. Offering a moisture proof seal commonly used in electrical assembly.

A grease-like compound with a long list of attributes, Molykote™ 4 Electrical Insulating Compound can be used in a wide range applications from electrical wiring systems to ignition systems for transportation. With its moisture resistance, dielectric strength and low volatility it can be used as a lubricant and seal. Product Type: Compound Chemistry: Silicone NLGI Grade: 2-3 Thickener: Silica High Temp: 204°C Low Temp: -40°C Color: Translucent white Hazmat: No Certifications: NSF 51; NSF 61; SAE AS 8660; FDA 21 CFR 175.300 NSF 51 certified NSF 61 certified Meets FDA 21 CFR 175.300 Meets SAE AS 8660 Adheres to a variety of substrates Low volatility High dielectric strength Highly moisture resistant and water repellent Good chemical stability Good thermal oxidation Cable connectors battery terminals Rubber seals Switches Assembly lubricant Ignition systems Spark plug connections Disconnection junction

Molykote™ 44 High Temp, Bearing Grease, Light

NLGI Grade 1 silicone based grease with lithium thickener and offering bearing lubrication at high temperatures. Commonly used in high heat fans.

This light consistency grease has great performance in high temperatures and is widely used applications that will be exposed to high heat. Along with its resistance to moisture, corrosiveness, and oxidation, Molykote™ 44 High Temperature Grease is ideal equipment that must perform well in kilns and/or ovens. Product Type: Grease Chemistry: Silicone Base Oil Viscosity: 84 @ 40°C NLGI Grade: 1 Thickener: Lithium High Temp: 204°C Low Temp: -40°C Color: Off white Hazmat: No Performs in high temperatures (-40°C to 204°C Suitable for many plastics and elastomers Inert Light consistency Good shear Suitable for applications that are subject to high temperatures and harsh weathering Kiln, oven, and radiator fans Textile Conveyors

Molykote™ 44 High Temp, Bearing Grease, Medium

NLGI Grade 2 silicone based grease that is the same as Molykote™ 44 High Temperature Bearing Grease, Light except that it is medium consistency.

Medium consistency grease with superb high temperature performance (-40°C to 204°C). Resistant to corrosion, moisture, and oxidation, this grease is ideal for use in kiln fans, textile equipment, and other bearing applications. Product Type: Grease Chemistry: Silicone Base Oil Viscosity: 84 @ 40°C NLGI Grade: 2 Thickener: Lithium High Temp: 204°C Low Temp: -40°C Color: Off white Hazmat: No Performs in high temperatures (-40°C to 204°C). Suitable for many plastics and elastomers Inert Light consistency Good shear Oven fans Kiln fans Radiator cooling fans Textiles Conveyors High heat and severe weathering applications

Molykote™ 55 O-Ring Grease

NLGI Grade 2 silicone base grease with a lithium thickener offering compatibility with many plastics and elastomers and commonly used for o-rings.

Helps promote successful sealing by slightly swelling natural rubber. Both heat stable and oxidation resistant, ideal for O-rings. Product Type: Grease Chemistry: Silicone Base Oil Viscosity: 76 @ 40°C NLGI Grade: 2 Thickener: Lithium High Temp: 177°C Low Temp: -65°C Color: Off white Hazmat: No Wide serviceability temperature range Corrosion and oxidation resistance Suitable for many plastics and elastomer Can be used to lubricate rubber to metal combinations in pneumatic systems and general industrial applications.

Molykote™ G-1057 Grease

NLGI 1 PAO based grease with lithium thickener. Offering significant noise reduction and commonly used in home appliances.

Ideal applications in which noise quality is important. G-1057 is compatible with most plastics and highly effective a reducing operational noise. Product Type: Grease Chemistry: Polyalphaolefin (PAO) NLGI Grade: 1 Thickener: Lithium High Temp: 150°C Low Temp: -50°C Color: Semi-transparent Hazmat: No Suitable for temperatures from -50 to 150 Reduce contamination from separated oil Low bleed Enables smooth motion Noise damping Ideal for applications that require low operational noise such as home appliance parts.

Molykote™ L-0322 Hydraulic Oil

ISO 22 mineral oil (MO) based oil with a rust, oxidation, anti-wear, and corrosion inhibited additive package and commonly used in hydraulic systems.

Designed to increase service life and reduce oil consumption this ISO 22 grade hydraulic oil effectively minimizes the creation of emulsions in contact with water. Product Type: Oil Chemistry: Mineral oil Base Oil Viscosity: 21.5 @ 40°C ISO Grade: 22 Viscosity Index: 100 Color: Clear to golden yellow Hazmat: No Reduces overall maintenance costs - Extends time between oil drains - Extends equipment life - Reduction of energy usage - Reduction of lubricant usage - Reduction of disposal costs - Reduction of labor costs Reduces production interruptions Suitable for low pour point mineral oils Suitable for high flash point mineral oils Wide temperature range Designed for hydraulic systems

Molykote™ L-0346 Hydraulic Oil

The same as L-0346 except that it is NSF H1 certified for incidental food contact.

H1 certified by NSF for incidental food contact this ISO 46 hydraulic oil was designed to increase service life and reduce oil consumption. It has properties to prevent rust and oxidation (R&O) as well wear (AW) Product Type: Oil Chemistry: Mineral oil Base Oil Viscosity: 44.5 @ 40°C ISO Grade: 46 Viscosity Index: 100 Color: Clear to golden yellow NSF H1 Certified Reduces overall maintenance costs - Extends time between oil drains - Extends equipment life - Reduction of energy usage - Reduction of lubricant usage - Reduction of disposal costs - Reduction of labor costs Reduces production interruptions Suitable for low pour point mineral oils Suitable for high flash point mineral oils Wide temperature range

Molykote™ L-1368FM Synthetic Blend Hydraulic Oil

ISO 68 grade mineral oil and polyalphaolefin (MO/PAO) blended oil with a rust, oxidation, anti-wear, and corrosion inhibited additive package. H1 certified through NSF for incidental food contact and commonly used in hydraulic systems.

Designed to increase service life and reduce oil consumption this ISO 22 grade hydraulic oil is H1 certified for incidental food contact and effectively minimizes the creation of emulsions in contact with water. Product Type: Oil Chemistry: Mineral Oil; Polyalphaolefin (PAO) Base Oil Viscosity: 68.2 @ 40°C ISO Grade: 68 Viscosity Index: 138 Color: Clear to golden yellow Hazmat: No NSF H1 Certified Reduces overall maintenance costs - Extends time between oil drains - Extends equipment life - Reduction of energy usage - Reduction of lubricant usage - Reduction of disposal costs - Reduction of labor costs Reduces production interruptions Suitable for low pour point mineral oils Suitable for high flash point mineral oils Wide temperature range

Molykote™ Longterm 2 Plus Extreme Pressure Bearing Grease

NLGI 2 mineral oil based grease with lithium thickener and extreme pressure (EP) additive package. Offering lubrication for high load applications and commonly used in bearing applications.

With an EP additive, corrosion inhibitor, and adhesion improver, this heavy duty grease works well in mixed friction environments. Product Type: Grease Chemistry: Mineral oil Base Oil Viscosity: 265 @ 40°C NLGI Grade: 2 Thickener: Lithium Solid Lubricant: MoS2, graphite High Temp: 110°C Low Temp: -25°C Color: Black Hazmat: No Works with changing friction. Slow, medium, and fast movements Good adhesion and corrosion protection Long lasting lubrication Clutches and spline profiles Areas where there is a risk of moisture, corrosion, or Brinell effect Yaw and pitch bearings for wind turbines

Never-Seez® Aerosols - NSA-16

Superior, anti-seize and extreme pressure lubricant formulated to protect metal parts against rust, corrosion and seizure.

Never-Seez® Regular Grade is a superior anti-seize and extreme-pressure lubricant formulated to protect metal parts against rust, corrosion, and seizure. Copper and graphite particles in a special grease protect parts even in high heat, high pressure, and corrosive environments. Color: Silver Gray Temperature Range: °F (°C): -297°F to 1800°F (-183°C to 982°C) Thickener Type: Lithium Soap Particle Size, mil (microns): 2 maximum (50 μ) Density (g/cm3): 1.15-1.24 Flash Point, °F (°C): 475°F (246°C) Copper Corrosion Test @ 212°F (100°C), 24 hrs.: No corrosion Worked Penetration, 60 strokes @ 77°F (25°C): 260-310 NLGI Grade: 1/2 Dropping Point, °F (°C): 360°F (182°C) Water Washout, % loss: @ 100°F 0.30 @ 175°F 2.10 Coefficient of Friction @ 167°F (75°C), Four Ball: 0.06 Torque Coefficient, k factor: 0.13 Four Ball EP: Load Wear Index: 81 Last non-seizure load (scar): 63 kgf (0.41 mm) Last seizure load (scar): 400 kgf (1.87 mm) Weld Load: 500 kgf Keeps parts working longer with less wear Minimizes parts replacement costs Enables faster disassembly when repairs are needed (even after exposure to high temperatures) Protects against carbon fusion Resists alkaline solutions, most chemical and acid vapors, road salt, steam, salt water, iodized water Prevents galling on steel to stainless steel, titanium, magnesium, and other hard metals Meets the following specifications: • MIL-A-907 • Ford ESE-M12A4-A • GE D6Y28 • Garrett Engines PCS5724 • UT Pratt & Whitney PWA 36053-2 Available in the following sizes: • NSA-16 (16 oz. aerosol can) Nuts Bolt, Screws Pipe fittings Boom guides Valve assemblies Pump mountings Chain drives Machinery Shafts, Gaskets Press fit assemblies Taps and drills Packing glands Metal fittings

Never-Seez® Blue Moly - NBBT-8, NBBT-16, NSB-42

A superior lubricating and anti-seize compound formulated to provide maximum parts protection in a wide range of applications.

Never-Seez® Blue Moly provides the exclusive combination of molybdenum disulfide and pure nickel powder suspended in a premium-grade grease provides both excellent lubricity and extreme pressure resistance. The addition of special corrosion inhibitors allows Blue Moly to be used in harsh environments. The unique blue color allows for easy visual inspection, and it contains no graphite, lead, or copper, making Blue Moly ideal for use in applications where these are undesirable or prohibited. Color: Blue Temperature Range: -150°F to 1500°F (-101°C to 815°C) Thickener Type: Lithium Soap Particle Size, mil (microns): 2.0 maximum (50μ) Density (g/cm3): 1.17 to 1.23 Flash Point: 475°F (246°C) Copper Corrosion Test @ 212°F (100°C): 24 hrs. No Corrosion Worked Penetration, 60 Strokes @ 77°F (25°C): 260-310 NLGI Grade: 1/2 Dropping Point: 360°F (182°C) Water Washout, % loss: @ 100°F <2 @ 175°F <5 Coefficient of Friction @ 167°F (75°C), Four Ball: 0.0824 Torque Coefficient, k factor: 0.15 Excellent protection against extreme pressure Excellent temperature protection, up to 1500°F Unique blue color allows for easy visual inspection Contains no graphite, lead or copper, therefore Blue Moly can be used in applications where these are undesirable or prohibited Available in the following sizes: • NBBT-8 (8 oz. brush top cans) • NBBT-16 (1 lb. brush top cans) • NSB-42 (42 lb. pail) Metal fittings, Aircraft components, Valves, Stainless steel fasteners and slow moving parts, Automotive engine bolts and body fasteners, Stainless steel flange and pump bolts, Chemical processing machinery, Gasket dressing, Assembly of dissimilar metals.

Never-Seez® High Temp Stainless Nuclear - NGSS-160, NGSS-4

Superior, high-temperature, anti-seize, and extreme-pressure lubricant that protects up to 2200°F.

Never-Seez® High Temperature Stainless, Nuclear Grade, is a superior, high-temperature, anti-seize, and extreme-pressure lubricant that protects up to 2200°F. Never-Seez® High Temperature Stainless, Nuclear Grade contains fine metallic and graphite particles suspended in a specially formulated grease. Certified pure for use in nuclear power plants, each production lot of Never-Seez® High Temperature Stainless, Nuclear Grade, is tested for contaminants and each container is labeled with a lot number that certifies purity. Recommended for use when applications prohibit the presence of nickel, especially when resistance to corrosive acidic and caustic solutions is required. Color: Silver Gray Temperature Resistance, °F (C): -297°F to 2200°F (-183°C to 1204°C) Thickener Type: Lithium Soap Particle Size, mil (microns): 2 maximum (50μ) Density (g/cm3): 1.21 to 1.28 Flash Point, °F (°C): >300°F (>149°C) Copper Corrosion Test @212°F (100°C), 24 hrs.: No corrosion Worked Penetration, 60 strokes @ 77°F (25°C): 265-315 NLGI Grade: 1/2 Dropping Point, °F (°C): 360°F (182°C) Torque Coefficient, k factor: 0.16 Water washout, % loss: @ 100°F: <2 @ 175°F: <5 Four Ball EP Load Wear Index: 43.6 Last Non-seizure load (scar): 32.0 kgf (0.40 mm) Last Seizure Load (scar): 250 kgf (2.14 mm) Weld Load: 315 kgf Excellent resistance to corrosion Prevents seizure at high temperatures Resists galvanic action between dissimilar metals Speeds disassembly Prevents galling Resists alkaline solutions, chemical and acid vapors, road salt, steam, salt water and iodized water Meets the following specifications: • GE Atomic Equipment Division # D50YP12 • MIL-A-907 Available in the following package sizes: • NGSS-160 NF (1 lb. flat top can) • NGSS-4 NF (8 lb. flat top can) Fasteners in steel mills, power and nuclear plants, Stainless steel pipe fittings, flanges, pump fittings and unions, Fasteners in exhaust manifolds, Reactor bolts, Turbine bolts, Gauges and fittings

Never-Seez® High Temperature Stainless - NSSBT-8, NSSBT-16

Superior, high-temperature, anti-seize and extreme-pressure lubricant that protects up to 2200°F.

Never-Seez® High Temperature Stainless is a superior, high-temperature, anti-seize and extreme-pressure lubricant that protects up to 2200°F. It contains fine metallic and graphite particles suspended in a specially formulated grease. Never-Seez® High Temperature Stainless is recommended when applications prohibit the presence of nickel, especially when resistance to corrosive acidic and caustic solutions is required. Color: Silver Gray Temperature Resistance, °F (°C): -297°F to 2200°F (-183°C to 1204°C) Thickener Type: Lithium Soap Particle Size, mil (microns): 2 maximum (50 μ) Density (g/cm3): 1.15 to 1.24 Flash Point, °F (°C): >300°F Copper Corrosion Test @ 212°F (100°C), 24 hrs.: No corrosion Worked Penetration, 60 strokes @ 77°F (°C): 260-310 NLGI Grade: 1/2 Dropping Point, °F (°C): >360°F (182°C) Water Washout, % loss: @ 100°F <2 @ 175°F <5 Coefficient of Friction @167°F (75°C), Four Ball: 0.092 Torque Coefficient, k factor: 0.16 Four Ball EP: Load Wear Index: 55.6 Last Non-seizure load (Scar): 50 kgf (0.40 mm) Last seizure load (scar): 400 kgf (2.59 mm) Weld Load: 500 kgf Excellent resistance to corrosion Prevents seizure at high temperatures Resists galvanic action between dissimilar metals Speeds disassembly Prevents galling Resists alkaline solutions, chemical and acid vapors, road salt, steam, salt water and iodized water: Meets MIL-A-907 Available in the following sizes: • NSSBT-8 (8 oz. brush top can) • NSSBT-16 (1 lb. brush top can) • NSS-425 - (425 drum) Fasteners in steel mills and power plants Stainless steel pipe fittings, flanges, pump fittings and unions Fasteners in exhaust manifolds Reactor bolts Turbine bolts Gauges and fittings

Never-Seez® Regular Grade - NSBT-8, NSBT-16, NSC-1, NS-160, NSB-4, NS-168, NS-42, NS-130, NS-425

Superior, anti-seize and extreme pressure lubricant formulated to protect metal parts against rust, corrosion and seizure.

Never-Seez® Regular Grade is a superior anti-seize and extreme-pressure lubricant formulated to protect metal parts against rust, corrosion, and seizure. Copper and graphite particles in a special grease protect parts even in high heat, high pressure, and corrosive environments. Color: Silver Gray Temperature Range: °F (°C): -297°F to 1800°F (-183°C to 982°C) Thickener Type: Lithium Soap Particle Size, mil (microns): 2 maximum (50 μ) Density (g/cm3): 1.15-1.24 Flash Point, °F (°C): 475°F (246°C) Copper Corrosion Test @ 212°F (100°C), 24 hrs.: No corrosion Worked Penetration, 60 strokes @ 77°F (25°C): 260-310 NLGI Grade: 1/2 Dropping Point, °F (°C): 360°F (182°C) Water Washout, % loss: @ 100°F 0.30 @ 175°F 2.10 Coefficient of Friction @ 167°F (75°C), Four Ball: 0.06 Torque Coefficient, k factor: 0.13 Four Ball EP: Load Wear Index: 81 Last non-seizure load (scar): 63 kgf (0.41 mm) Last seizure load (scar): 400 kgf (1.87 mm) Weld Load: 500 kgf Keeps parts working longer with less wear Minimizes parts replacement costs Enables faster disassembly when repairs are needed (even after exposure to high temperatures) Protects against carbon fusion Resists alkaline solutions, most chemical and acid vapors, road salt, steam, salt water, iodized water Prevents galling on steel to stainless steel, titanium, magnesium, and other hard metals Meets the following specifications: • MIL-A-907 • Ford ESE-M12A4-A • GE D6Y28 • Garrett Engines PCS5724 • UT Pratt & Whitney PWA 36053-2 Available in the following sizes: • NSBT-8 (8 oz. brush top can) • NSBT-16 (16 oz. brush top can) • NSC-1 (1 lb. cartridge) • NS-168 (8 lb. flat top can) • NS-160 (1 lb. flat top can) • NSB-4 (4 oz. tube) • NS-42 (42 lb. pail) • NS-130 (130 lb. drum) • NS-425 (425 lb. drum) • Pipettes (7.5 gram pipette) Nuts Bolt Screws Pipe fittings Boom guides Valve assemblies Pump mountings Chain drives Machinery Shafts Gaskets Press fit assemblies Taps and drills Packing glands Metal fittings

n-Octane 99 Pure

A pure grade high-purity hydrocarbon and one of the standard values in octane rating scale. It is also used as an anti-knock agent for high compression engine fuels, lacquer diluents and a blowing agent for foam rubber.

Molecular weight: 114.2 Density: 705 Boiling point: 125.7 Solidification point: -56.8°C Refractive index: 1.3975 Flash point: +12°C Specific heat: 2.196 Heat of vaporization: 301.1 Vapor pressure: 2.00 at 25°C Surface tension: 21.8 Kinematic viscosity: 0.78

Novec™ 7100

A clear, colorless and low-odor fluid intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP) in many applications.

Used in a broad range of industries/applications due to its multiple unique properties such as being clear, colorless, low odor, non-flammable, and advantageous boiling temperature. &nbsp;Intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP). &nbsp;Applications include lubricant carrier, drying agent, contact cleaner, and heat transfer fluid among others. Is a methoxy-nonafluorobutane. (b.p. 61C) Appearance: Clear, colorless Boiling Point : 61°C Freeze Point: -122.5°C Density: 1.51g/cm3 Dielectric Strength range: >25 (0.1” gap, kV) Pour Point: 135°C Molecular Weight: 250 Surface Tension (dynes/cm): 13.6 Solubility of water in water (ppmw): 12 Solubility of water in solvent (ppmw): 95 Vapor Pressure (mmHg): 202 Ozone Depletion Potential – ODP1: 0.00 Global Warming Potential: 320 Atmospheric Lifetime (years): 4.1 Flash Point: None Flammability Range in Air: None Exposure Guidelines (8 hr. time weighted average): 750 Exposure Ceiling (ppm): None Non-flammable Non-conductive Compatible with plastics Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential VOC-exempt solvent (US EPA) Low surface tension penetrates tight spaces for improved cleaning Deposition Solvent Document Preservation Heat Transfer Organic Rankine Cycle Oxygen System Cleaning Precision Cleaning Preservation for Biological Specimens

Novec™ 71DA

Ideal for defluxing and degreasing tasks and is intended to replace ozone-depleting materials in many applications as well as certain aqueous cleaning processes and solvent coating applications.

A medium-duty cleaning and degreasing fluid which balances aggressive cleaning strength with plastic compatibility. Useful for vapor deposition of lubricants onto multiple component surfaces. Intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP). Is a hydrofluoroether, Methyl Nonafluorobutyl Ether, in an azeotrope formulation with trans-1,2-dichloroethylene and ethanol. Boiling Point : 40°C Freeze Point: -29°C Liquid Density (g/ml): 1.33 Surface Tension (dynes/cm): 16.4 Vapor Pressure (mmHg): 381 Viscosity (cps): 0.45 Ozone Depletion Potential - ODP: 0 Global Warming Potential: 170 Flash Point: None Non-flammable Non-conductive Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential Low surface tension penetrates tight spaces for improved cleaning Excellent for removal of ionic contamination Cleaning, rinsing and drying agent; coating solvent Cleaning of oils, greases, waxes, handling oils and solder flux residue Precision coating of silicones and other lubricants

Novec™ 71DE

Fluid intended to replace ozone-depleting materials in many applications in medium-duty cleaning and degreasing tasks.

A medium-duty cleaning and degreasing fluid for both immersion and vapor degreasing. Intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP). Is a hydrofluoroether, Methyl Nonafluorobutyl Ether, in an azeotrope formulation with trans-1,2-dichloroethylene. Boiling Point : 41°C Freeze Point: -24°C Liquid Density (g/ml): 1.37 Surface Tension (dynes/cm): 16.6 Vapor Pressure (mmHg): 383 Viscosity (cps): 0.45 Ozone Depletion Potential - ODP: 0 Global Warming Potential: 160 Flash Point: None Non flammable Non-conductive Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential Low surface tension penetrates tight spaces for improved cleaning Carrier Solvent and Lubricant Deposition, Solvent Cleaning and Vapor Degreasing

Novec™ 71IPA

A low toxicity fluid with increased polar soil solvency and surface tension making it ideal for precision and specialty cleaning and rinsing for removal of particulate, fingerprints and light soils from plastic, metal and glass parts.

Very light solvent for fine particulate and light oil removal in precision-cleaning applications. Evaporates residue free. Very low toxicity. (b.p. 61C) Boiling Point: 54.8°C Freeze Point: -42°C Liquid Density: 1.48 Surface Tension (dynes/cm): 14.5 Vapor Pressure (mmHg): 207 Heat of Vaporization: 39.5 Ozone Depletion Potential: 0 Global Warming Potential: 310 Flash Point: None Atmospheric Lifetime, Years: 4.1 Exposure Guidelines, ppm: 750/400 Flammability Range in Air: 4.0- 16.7% Non-flammable Non-conductive Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential Low surface tension penetrates tight spaces for improved cleaning Precision cleaning, rinsing and drying agent Light-duty cleaning of oils, greases, waxes, fingerprints Used in combination with co-solvents for “no-clean flux” residue removal.

Novec™ 7200

A fluid designed to degrease, clean, rinse and dry a wide range of products. Its high boiling point reduces evaporative losses and makes it ideal for vapor degreasing in cold cleaning applications.

Designed for use as Heat Transfer Fluid, vapor degreaser in cold cleaning applications. A clear, colorless, low odor fluid intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP) in many applications. Is a ethoxy-nonafluorobutane fluid. Boiling Point: 76°C Freeze Point: -138°C Liquid Density: 1.43 Surface Tension (dynes/cm): 13.6 Vapor Pressure (mmHg): 109 Heat of Vaporization: 30 Ozone Depletion Potential: 0 Global Warming Potential: 55 Flash Point: None Atmospheric Lifetime, Years: 0.77 Exposure Guidelines, ppm: 200 Flammability Range in Air: 2.4- 12.4% Non-flammable Non-conductive Compatible with plastics Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential VOC-exempt solvent (US EPA and CARB) Low surface tension penetrates tight spaces for improved cleaning Certified Clean Air Solvent in South Coast Air Quality Management District (SCAQMD) Deposition Solvent Heat Transfer Precision Cleaning Cold cleaner (flex circuits, wipe solvent) Cleaning and rinsing agent for vapor degreasing Light-duty cleaning (neat)–particulates, fluorolubes, light oils, fluoropolymers Specialty solvents, dispersion medium, reaction medium, extraction solvent Spray contact cleaner CFC, HCFC, HFC and PFC replacement agent

Novec™ 72DA

A fluid ideal for flux removal and vapor degreasing operations.

It is non-flammable and low in toxicity which makes it an ideal replacement for chlorinated solvents such as Trichloroethylene (TCE) and for n-propyl bromide (nPB). Mainly a vapor degreasing solvent. Also used in manual cleaning for touch-up and re-work at soldering benches. Boiling Point: 44°C Freeze Point: -38°C Liquid Density (g/ml): 1.27 Surface Tension (dynes/cm): 18 Kauri-Butanol Value: 58 Vapor Pressure (mmHg): 360 Viscosity (cps): 0.40 Heat of Vaporization (cal/g @ boiling point) : 60 Ozone Depletion Potential: 0 Global Warming Potential: 43 Flash Point: None Non-flammable Non-conductive Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential Low surface tension penetrates tight spaces for improved cleaning Excellent for removal of ionic contamination Electronics and other precision cleaning Replacement for CFCs, HCFCs, HFCs, nPB and chlorinated solvents.

Novec™ 72DE

A medium to heavy duty cleaning fluid designed for use in vapor degreasing applications.

A clear, colorless, low odor fluid intended to replace ozone-depleting substances (ODSs) and compounds with high global warming potential (GWP) in many applications. Blend of methyl nonafluorobutyl ether (C4F9OCH3), ethyl nonafluorobutyl ether (C4F9OC2H5), and trans-1,2-dichloroethylene (t-DCE). Boiling Point: 43°C Freeze Point: NA Liquid Density (g/ml): 1.28 Surface Tension (dynes/cm): 19 Kauri-Butanol Value: 52 Vapor Pressure (mmHg): 350 Viscosity (cps): 0.45 Heat of Vaporization (cal/g @ boiling point) : 52 Ozone Depletion Potential: 0 Global Warming Potential: 43 Flash Point: None Non-flammable Non-conductive Low toxicity Low Global Warming Potential (GWP) Zero ozone depletion potential Low surface tension penetrates tight spaces for improved cleaning Cleaning, rinsing and drying agent Cleaning of oils, greases, waxes Specialty solvent applications

Novec™ 72FL

A nonflammable solvent blend designed to clean aircraft exterior surfaces, flaps, controls, connectors, electromechanical devices, relays and circuit breakers.

A safe, nonflammable solvent blend designed as Vapor degreaser to remove light oils, greases and silicones as well as fluorinated oils and grease, dust and particulates, from aircraft exterior surfaces, flaps, controls, connectors, electromechanical devices, relays and circuit breakers. Boiling Point: 45°C Liquid Density (g/ml): 1.40 Surface Tension (dynes/cm): 16 Vapor Density: 7.9 Vapor Pressure: 330 Ozone Depletion Potential: 0 Global Warming Potential: 71 Flash Point: None Fast drying Low odor Non-flammable Excellent plastics compatibility Low toxicity No rinsing and no residues Low Global Warming Potential (GWP) Non corrosive, non-conductive Cold cleaning of particulates, fluorolubes, Light oils and fluoropolymers. Cleaning of hydraulic fluid with no effect on corrosion inhibiting compound (CIC coating).

Novec™ 73DE

Primarily used for heavy-duty vapor degreasing or immersion cleaning. This grade features high solvency, low surface tension, non-flammability and fluids stability.

High performing, cost-effective replacement for n-propyl bromide (nPB or 1-bromopropane), trichloroethylene (TCE), ozone-depleting hydrochlorofluorocarbons (HCFCs) like HCFC-225 (Asahiklin AK-225) and HCFC-141b and high global warming potential (GWP) hydrofluorocarbons (HFCs). Boiling Point : 48°C Liquid Density (g/ml): 1.28 Surface Tension (dynes/cm): 19.9 Vapor Pressure (mmHg): 263 Viscosity (cps): 0.38 Ozone Depletion Potential - ODP: 0 Global Warming Potential: 47 Flash Point: None Excellent performance with high solvency and low surface tension Effective in cleaning heavy greases, oils, waxes, silicones and non-polar flux residues Easy to maintain and use in a vapor degreaser with stable bath composition during extended use Non-flammable with an excellent safety profile Environmentally sustainable with low global warming potential (GWP) and zero ozone depletion potential (ODP) Faster cycle times, lower energy usage and improved cleaning of parts compared to aqueous cleaning Effective for lubricant deposition applications where increased solvency is desired Cleaning solvent for vapor degreasing, immersion cleaning and spray cleaning Solvent cleaner for heavy greases, oils, waxes, silicones and non-polar flux residues Lubricant deposition applications where increased solvency is desired

Royco® 11MS

Severe-duty general purpose aircraft grease that meets also meets MIL -G - 7711A, NATO: O-155, Joint Service Designation: AN-0-3 specifications.

A high load bearing, sliding surface application oriented grease where severe operating conditions include broad temperature ranges and corrosive environments. Designed with exceptional water resistance and load carrying properties make it suitable for use in bogie pivot pins and other landing gear assemblies, actuators, and other airframe applications.

Royco® 1MS

Anti-seize thread and severe duty/ heavy-load compound which meets MIL - PRF - 83483, NATO - S-722 specifications.

An engineered compound of advanced additives, inorganic gel thickeners, and MoS2 that provides superior performance for high load and sliding surface use under severe operating conditions, broad temperatures and/or corrosive environment.

Royco® 22MS

Wide-operating temperature, high-load synthetic grease. Specification: MIL-G-81827. NATO Specification: S-758. Joint Service Designation: N/A.

A clay thickened, synthetic based grease with molybdenum disulfide for use in anti-friction bearings and where superior load carrying and sliding surface protection performance is required. Specification: MIL - G - 81827 MIL-SPEC Scope: This specification covers the requirements for one grade of grease for use as a lubricant on heavily loaded sliding steel surfaces.

Royco® 27

Multi-purpose instrument & airframe grease which meets MIL - PRF - 23827 specifications, NATO Specification: G-354 and Joint Service Designation: XG-287.

An advanced synthetic ester based grease paired with a lithium stearate thickener and robust additives that impart corrosion, oxidation and rust inhibition for extreme pressure anti-wear properties. This system is designed for highly loaded actuators, gears, and high-speed bearings as well as instruments over broad temperatures. Aircraft and instrument, gear bearing, and actuator screw grease. In addition, ROYCO® 27 is effective in the temperature range from -73 to 121 °C. The type I grease is identified by NATO code Number G-354.

Royco® 308CA

General purpose, lubricating, and preservative/water-displacing oil which meets MIL - PRF - 32033 specifications. NATO Specification: O-190 (obsolete). Joint Service Designation: OX-18 (obsolete).

An blend of highly refined hydrocarbons and additives that offers excellent corrosion inhibition, low-temperature fluidity and water displacing capability. Originally designed for the most stringent requirements to maintain the military’s small arms this lubricant will meet the needs of any demanding application/environment where performance is in demand. Specification: MIL - PRF - 32033 MIL-SPEC Scope: This specification covers one type and grade of waterdisplacing, preservative lubricating oil, known hereinafter as “oil”, for general purpose applications at low temperatures. The oil is identified by Military Symbol PL-S and NATO Code Number O-190. The oil can be applied by dipping, brushing, or by spraying from gas-pressurized cans.

Royco® 363

Low temperature, general purpose & instrument lube which meets MIL - PRF - 7870 specifications. NATO Specification: O-142. Joint Service Designation: OM-12.

A general-purpose lubricant for instrument and wide range of airframe components for both military and civilian aircraft. It is suitable for use over a wide temperature range. Specification: MIL - PRF - 7870 MIL-SPEC Scope: This specification covers one grade of general purpose, low temperature lubricating oil.

Royco® 43

Lithium grease which meets SAE - AMS - 4343 specifications. NATO Specification: G-392.

A lithium based grease system used for specific heterogeneous materials applications. Specification: SAE - AMS - 4343 NATO Specification: G-392 Joint Service Designation: N/A MIL-SPEC Scope: N/A

Royco® 44

Graphite anti-seize compound which meets SAE - AMS - 2518, NATO - S-720, Joint Service Designation: ZX-38 specifications.

A specialized anti-seize compound that has been formulated to delicately balance electrical conductivity needs with corrosion resistant metal/metal alloy contact suitability.

Royco® 481

Mineral oil turbine engine oil which meets MIL- PRF-6081 specifications. NATO Specification: O-133. Joint Service Designation: MK-8 (OM-10 - obsolete).

A mineral oil based fluid blended for improved low temperature and oxidation performance. An excellent choice for fuel system and parts storage and is often used for “air show smoke.” Specification: MIL - PRF - 6081 GRADE 1010 MIL-SPEC Scope: This specification covers the requirements for two grades of jet engine lubricating oil.

Royco® 482

Aircraft piston engine and parts preservative fluid which meets MIL-C-6529 specifications. NATO Specification: C-609.

An ashless, anti-corrosion preservative and “fly away” fluid for piston engines. Developed with highly refined petroleum base oils and a finely-tuned additive system Royco® 482 is developed to minimize the effects of ambient humidity and to neutralize acidic moieties from internal combustion engines’ oil oxidation/combustion by-products. Specification: MIL - C - 6529 TYPE 2 MIL-SPEC Scope: This specification covers an oil-type corrosion preventive which shall be a satisfactory lubricant for aircraft engines when applied as specified.

Royco® 483

humidity and neutralizing acidic oxidation/combustion by-products.

Aircraft turbojet engine & parts preservative fluid which meets MIL-C-6529 specifications. NATO Specification: C-610. Joint Service Designation: OX-11. Formulated with a balanced ashless, anti-corrosion additive system and highly refined petroleum base oils this fluid protects turbine engines by minimizing the effects of ambient...

An ashless, anti-corrosion preservative and “fly away” fluid for turbine engines. This preservative is recommended for gas turbine engines normally lubricated with mineral based fluids. Specification: MIL - C - 6529 TYPE 3 MIL-SPEC Scope: This specification covers an oil-type corrosion preventive which shall be a satisfactory lubricant for aircraft engines when applied as specified.

Royco® 49

Extreme pressure grease with MoS2 which meets MIL - DTL - 23549 specifications. NATO Specification: G-392. Joint Service Designation: XG-271.

Mineral oil based grease with an inorganic gel thickener and micro-fine molybdenum disulfide that is compounded with additives to impart oxidation resistance, water washout, and both fresh and salt-water corrosion protection. Specification: MIL - DTL - 23549 MIL-SPEC Scope: This specification covers the requirements for one type and grade of a general purpose molybdenum disulfide grease for extended use at temperatures up to 177 °C (350 °F) and for brief periods of use at temperatures up to 204 °C (400 °F).

Royco® 500

Synthetic turbine engine oil which meets MIL - PRF - 23699 specifications. NATO Specification: O-156. Joint Service Designation: OX-27.

A synthetic ester-based, broad application, 5 cSt turbine engine oil that is blended for strong oxidative and thermal stability performance. Specification: MIL - PRF - 23699 STD MIL-SPEC Scope: This specification covers three classes of gas turbine engine lubricating oils, primarily used for aircraft engines, which have a nominal viscosity of 5 centistokes at 100 °C and which are typically made with neopentyl polyol ester base stocks. This oil is identified by NATO Code Number 0-156.

Royco® 555

Turbine engine & helicopter transmission oil which meets DOD - PRF - 85734 specifications. NATO Specification: O-160. Joint Service Designation: OX-26.

A synthetic-based, 5 cSt turbine engine oil that is formulated for excellent load carrying capacity - making it the premier fluid for use in many helicopter turbines, transmissions and gearboxes. Specification: DOD - PRF - 85734 MIL-SPEC Scope: This specification covers the requirements for one grade of a synthetic base helicopter transmission system lubricating oil.

Royco® 560

High temperature stability engine oil which meets MIL - PRF - 23699 specifications. NATO Specification: O-156. Joint Service Designation: OX-27.

An advanced, high performance, 5 cSt synthetic based turbine engine oil that is engineered for engine cleanliness while providing for excellent thermal and oxidative stability performance. Specification: MIL - PRF - 23699 HTS MIL-SPEC Scope: This specification covers three classes of gas turbine engine lubricating oils, primarily used for aircraft engines, which have a nominal viscosity of 5 centistokes at 100 °C and which are typically made with neopentyl polyol ester base stocks. This oil is identified by NATO Code Number 0-156.

Royco® 581

Preservative concentrate for aircraft engines which meets MIL - C - 6529 specifications. NATO Specification: C-608. Joint Service Designation: ZX-21.

A convenient concentrate of an ashless, anticorrosion additive system and highly refined petroleum base oils that are designed to protect aircraft engines. This concentrate has robust design for added use as a preservative for industrial gasoline/diesel fueled engines, industrial gearboxes and machine tools. Specification: MIL - C - 6529 TYPE 1 MIL-SPEC Scope: This specification covers an oil-type corrosion preventive which shall be a satisfactory lubricant for aircraft engines when applied as specified. Easy to dilute for immediate use and uncompromising protection during short to long term storage. Minimizes the effects of ambient humidity and by neutralizing acidic oxidation/combustion by-products.

Royco® 586M

High temperature load carrying lube which meets MIL - PRF - 6086 specifications. NATO Specification: O-155. Joint Service Designation: OEP-70.

A blend of highly refined mineral oils and additives that achieve excellent load carrying capacity and corrosion/oxidation inhibition. A higher viscosity and load carrying capacity than Royco® 586L Lubricating Oil. Designed for application in gear boxes and specified helicopter transmissions. Specification: MIL - PRF - 6086 GRADE M MIL-SPEC Scope: This specification covers two grades of petroleum-based lubricating oils for gears. This oil is identified by NATO Code Numbers O-153 and O-155.

Royco® 602

Hydrolytically stable coolant & dielectric lubricating fluid which meets MIL - PRF - 87252 specifications. NATO Specification: S-1748.

A synthetic based coolant engineered for use in avionics and other electronics. Specifically designed for hydrolytic stability and dielectric performance. Specification: MIL - PRF - 87252 MIL-SPEC Scope: This specification describes the characteristics and provides the requirements for a -54 to 200 °C synthetic hydrocarbon fluid for use in electronic applications. This fluid is identified by NATO Code No. S-1748.

Royco® 634E

Advanced weapons cleaner, lube & preservative which meets MIL - PRF - 63460, NATO - S-758 specifications.

An advanced military weapons system lubricant that is engineered for cleaning, lubrication, and preservation of both small and large caliber arms through a wide range of environmental conditions. Technically sophisticated to serve the military and useful in many other demanding lubrication requirements.

Royco® 64

Advanced MoS2 synthetic grease which meets MIL - G - 21164 specifications. NATO Specification: G-353. Joint Service Designation: XG-276.

A synthetic based grease system that is formulated for outstanding oxidation and water resistance performance over a very broad temperature operating envelope. Designed specifically for heavily loaded sliding surface protection. Specification: MIL - G - 21164 MIL-SPEC Scope: This specification covers the requirements for one grade of low and high temperature molybdenum disulfide grease for use as a lubricant on heavily loaded sliding steel surfaces. This grease is identified by NATO Symbol G-353 Military Symbol GMD.

Royco® 756

“RED OIL” - A super clean, highly refined mineral oil based, hydraulic fluid for operation over wide temperature ranges.

"Red Oil" - Hydraulic fluid which meets MIL - PRF - 5606 specifications. NATO Specification: O-155 Joint Service Designation: OEP-70 MIL - PRF - 5606 MIL-SPEC Scope: This specification describes the characteristics and provides the requirements for a petroleum base hydraulic fluid for use in the -54 °C to +135 °C temperature range. This fluid is identified by military symbol OHA and NATO Code No. H-515.

Royco® 770

Synthetic fire-resistant, severe-duty hydraulic fluid which meets MIL - PRF - 46170 specifications. NATO Specification: H-544.

A super clean, synthetic based, severe-duty, hydraulic fluid demonstrating fire-resistivity and is specifically additized for excellence in corrosion, oxidation and rust inhibition performance. Specification: MIL - PRF - 46170 MIL-SPEC Scope: This specification covers the requirements for one type of synthetic hydrocarbon base hydraulic fluid.

Royco® 782

Synthetic fire-resistant hydraulic fluid which meets MIL - PRF - 83282 specifications. NATO Specification: H-537. Joint Service Designation: OX-19.

A super clean, synthetic based hydraulic fluid with suitability for the most extreme operating temperatures. Designed for improved fire-resistivity. Specification: MIL - PRF - 83282 MIL-SPEC Scope: This specification covers the requirements for a synthetic hydrocarbon-base hydraulic fluid for use in the temperature range of -40 °C to +205 °C. This hydraulic fluid is identified by NATO Code Number H-537.

Royco® 808

Low viscosity turbine engine oil which meets MIL - PRF - 7808 specifications. NATO Specification: OX-9. Joint Service Designation: AN-0-3.

A synthetic ester-based low-viscosity oil that is designed for excellent performance in turbo-prop and turbo-jet engines. Specification: MIL - PRF - 7808 GRADE 3 MIL-SPEC Scope: This specification covers the requirements for two grades of aircraft turbine engine lubricating oil.

Royco® 885

Low-volatility instrument & general lubricating fluid which meets MIL - PRF - 6085 specifications. NATO Specification: O-147. Joint Service Designation: OX-14 (equivalent).

A synthetic ester based lubricant engineered for some the most advanced aerospace applications - ranging from delicate gyro bearing through high speed bearings to complex electronic equipment. This fluid is formulated with low-volatility in mind as is a great choice general aircraft lubrication. Specification: MIL - PRF - 6085 MIL-SPEC Scope: This specification covers one grade of aircraft instrument lubricating oil only. The lubricating oil is identified by military symbol OAI and NATO Code No. 0-147.

Royco® 899

Corrosion inhibition turbine engine oil which meets MIL - PRF - 23699, NATO - O-156 specifications.

A synthetic ester-based, broad application, 5 cSt turbine engine oil that is blended with corrosion inhibition in mind and for strong oxidative and thermal stability performance.

Royco® 950

Fuel system calibration fluid which meets MIL - PRF - 7024 TYPE 2, NATO - O-158 specifications.

A specialized fractionation of a stoddard solvent with stabilizing additives to prevent the formation of gums and peroxides for use in the calibration of fuel system components in both reciprocating and gas turbine aircraft engines.

Royco® HF-825

High performance aircraft and industrial parts assembly grease.

A specially designed system to facilitate assembly of small parts. Designed with a high “tack” to allow parts to temporarily remain in place while being assembled. Specification: N/A NATO Specification: N/A Joint Service Designation: N/A MIL-SPEC Scope: N/A

Royco® LGF (YELLOW)

Yellow color landing gear fluid which meets BMS - 3 - 32 - TYPE 2 specifications.

Landing gear fluid - a mineral based landing gear system fluid formulated for excellent low-temperature operability. This fluid is offered Boeing specified yellow (straw) colors. BMS - 3 - 32 - TYPE 2 (Boeing Specification)

SYLTHERM™ 800

A polydimethylsiloxane liquid with operating temperature ranges of -40°F to 750°F (-40°C to 400°C).

Highly stable, long-lasting silicone fluid designed for high temperature liquid phase operations. Temperature: -40 to 750 °F (-40°C to 400°C) Vapor Pressure: 197.32 (91.84°C) Specific Heat: 0.360 °F (-17.57°C) Viscosity: 51.0 Density: 61.9 Freezing Point: < -40 °F (-40°C) Flash Point: 320 °F (160°C) Autoignition: 725 °F (385°C) Fluid life > 10 years at 400 °C Low toxicity No odor Non-fouling Very low in acute oral toxicity Used in NDC, Lube Oil Recycling, Heat Recovery, Polymer Processing, Carbon Fiber

SYLTHERM™ HF

A polydimethylsiloxane liquid used from -40°C to 260°C.

Specially formulated, high performance silicone polymer designed for use as a low temperature, liquid phase heat transfer medium. Temperature: -100 to 500 °F (-73.3°C to 260°C) Vapor Pressure: 39.6 Specific Heat: 0.347 °F (-17.5°C) Viscosity: 16.65 Density: 60.31 Freezing Point: <-115 °F (-81.6°C) Flash Point: 145 °F (62.7°C) Autoignition: 671 °F (355°C) Non-toxic with regard to acute oral ingestion Has a closed cup flash point > 62 °C Electrical classifications Used in pharmaceutical applications, Single fluid heating and cooling, Environmental test chambers

SYLTHERM™ XLT

A polydimethylsiloxane liquid used from -100°C to 260 °C

Specifically formulated, high performance silicone polymer designed for use as a low temperature, liquid phase heat transfer medium. It offers remarkable low temperature heat transfer and pumpability, plus thermal stability. Temperature: -100 to 500 °F (-73.3°C) Vapor Pressure: 75.46 Specific Heat: 0.078 °F (-17.7°C) Viscosity: 90.17 Density: 59.3 Freezing Point: -158 °F (-105.5°C) Flash Point: 116 °F (46.6°C) Autoignition: 662 °F (350°C) Non toxic with regard to acute oral ingestion Physical properties allow it to be used in place of chlorinated solvents as a secondary coolant Used in pharmaceutical applications, Single fluid heating and cooling, Environmental test chambers

Thermogrip® 6239

Long open time polyamide hot melt designed for bonding a wide variety of substrates.

Thermogrip® 6239 is a long open time polyamide, hot melt designed for bonding a wide variety of substrates. This high performance adhesive bonds wood, metal, and most plastics, including PVC, and exhibits excellent resistance to plasticizer migration. The Thermogrip® 6239 formula meets General Motors Specification 9985878 for seat bonding. Color: Amber Size (dia. x length): 1/2" x 10" Odor: Light Melt Point (R&B): 284°F (140°C) Specific Gravity: .96 gms/cc Viscosity, cps: @ 375°F 6,000 @ 400°F 3,900 Open Time: Up to 75 secs. Temperature Resistance: 0°F to 239°F (-18°C to 115°C) Low application viscosity High temperature resistance Good low temperature flexibility Long open time Resistance to plasticizer migration Meets General Motors Specification 9985878 for seat bonding Furniture assembly: vinyl-to-vinyl, wood or plastic Automotive repair Wood cabinet assembly Filter assembly

UCARTHERM™ HTF PM 6141

A formulation of ethylene glycol and specifically designed inhibitor packages with operating temperature ranges of -60°F to 250°F.

Manufactured with 100% virgin ethylene glycol and specifically formulated with heavy-duty industrial inhibitor packages that prevent corrosion, these fluids are widely used for closed-loop, process heating and process cooling. The inhibitors are easily maintained, long lasting and replenishable, which means intervals between fluid change-outs are extended and fluid expense is minimized. Ethylene glycol-based fluid Wide temperature range operability HVAC; Oil & Gas; Immersion freezing; Process cooling; Process heating; Solar heating; Radiant Heating; Thermal Energy Storage; Geothermal; Snow Melt Systems; Fermentation Cooling

UCON™ Hydraulic Fluid WS-34

ISO 32 polyalkylene glycol hydraulic fluid with exceptional anti-wear hydraulic fluid performance.

UCON™ Hydraulic Fluid WS-34 is water-soluble, but is intended for use without water dilution. It is based on polyalkylene glycol and features the high viscosity index, low pour point, and other properties characteristic of polyalkylene glycols. This fluid is designed for applications where water solubility, easy clean-up, and compatibility with processes are important. ISO Viscosity Grade: 32 Viscosity, 0°C (cSt): 257 40°C (cSt): 34 100°C (cSt): 7.7 Viscosity Index: 204 Pour Point, °C(°F): <-59 (<-75) Specific Gravity, 20/20°C (68/68°F): 1.031 Average Weight per Gallon at 20°C, lb: 8.577 Water Content, weight %: < 0.25 Coefficient of Expansion at 20°C:0.00078 per °C Coefficient of Expansion at at 55°C: 0.00080 per °C Vapor Pressure at 20°C (68°F), mm/Hg: < 0.01 Corrosion Protection, ASTM D 665A: Pass High viscosity index Low pour point Protection against corrosion Compatible with plant processes Easy clean-up Ash-free residue Hydraulic fluid designed for applications where water solubility, easy clean-up, and compatibility with processes are important.

UCON™ LB-1145-Y24

ISO 320 polypropylene glycol monobutyl ether used as a rust-preventive coating.

A rust-preventive fluid used to coat metal parts with a viscosity of 250-285 cSt @ 100 °F Color: colorless to yellow Odor: Mild Boiling point (760 mmHg): > 200 °C Flash point closed cup 201 °C Vapor Pressure: < 0.01 mmHg at 20 °C Relative Density (water = 1): 1.000 at 20 °C Water solubility: < 0.1 % at 20 °C Pour point: -30 °C Outstanding hydrolytic stability Able to be mixed with other natural oils, organic solvents, plastizers, resins, or gums Excellent load carrying capacity Fire resistant Anti-varnish Good deposit control Outstanding hydrolytic stability Low to high viscosity ranges Low friction coefficients High extreme pressure failure loads Low pour point temperatures Noncorrosive to metals Compressor oils Fire resistant hydraulic fluids Gas turbine oils

UCON™ LB-170-X

ISO 150/220, polypropylene glycol fluid designed for high temperature applications.

Alcohol-started base stocks featuring oxypropylene groups (m=0) with one terminal hydroxyl group. This product is water insoluble and has a viscosity of 170 cSt @ 100 °F Color: brown Odor: Mild Boiling point (760 mmHg): > 200 °C ( > 392 °F) Flash point: closed cup 186 °C ( 367 °F) ASTM D 93 Vapor Pressure: < 0.01 mmHg at 20 °C (68 °F) ASTM E1719 Relative Vapor Density (air = 1): >1 Calculated. Relative Density (water = 1): 0.987 at 20 °C (68 °F) / 20 °C Calculated. Water solubility: < 0.1 % Visual Kinematic Viscosity: 32.5 - 35.9 cSt at 40 °C (104 °F) ASTM D 445 Pour point: < -29 °C ( < -20 °F) ASTM D97 Volatile Organic Compounds: 0.0 g/L EPA Method No. 24 Higher flash points Less volatility at elevated temperatures Less likely to form oxidative by- products. Less tendency to become acidic Intended for applications that require enhanced oxidative stability.

UCON™ LB-1800-XY26

High viscosity oil, polypropylene glycol monobutyl ether fluid designed for applications that have high temperature and extreme pressure requirements. Also has special additives for copper and iron corrosion protection.

Water insoluble butanol-propylene oxide polymer based products specially formulated with additives for iron and copper corrosion protection, extreme pressure and high temperature use. Viscosity of 1745-1925 cSt at 100 °F. Appearance: Brown liquid Viscosity, SUS, 37.8°C (100°F), ASTM D 445: 11745- 1925 Specific Gravity, 20/20°C, ASTM D 4052: 1.006 Pour Point, °C (°F), ASTM D 97: <-25 (<-15) Flash Point, Open Cup, °C (°F), ASTM D 92: 265 (510) Water, wt%, ASTM E 203: 0.30 max Lower coefficient of friction Wider operating temperature range No sludge, varnish, gums, and tars Long service life Fewer equipment limitations Used as a lubricating fluid for industrial applications. Ideal for those applications requiring corrosion protection at high temperatures.

UCON™ LB-300-X

ISO 320, polypropylene glycol fluid designed for high temperature applications.

Alcohol-started base stocks featuring oxypropylene groups (m=0) with one terminal hydroxyl group. This product is water insoluble and has a viscosity of 300 cSt @ 100 °F Viscosity @100°F, SUS ASTM D 445: 300 Viscosity Index, ASTM D 2270: 174 Lbs/gallon @ 20°C: 8.30 Specific Gravity@ 20/20°C: 0.997 Closed Cup Flash Point ASTM D 93, °C (°F): 192 (378) Open Cup Flash Point ASTM D 92, °C (°F): 237 (460) Water, wt%: 0.25 Color: Brown Odor: Mild Boiling point: (760 mmHg) > 200 °C ( > 392 °F) Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.

UCON™ LB-300-XY26

ISO 320 oil, polypropylene glycol monobutyl ether fluid designed for applications that have extreme pressure and high temperature requirements. Also has special additives for iron and copper corrosion protection.

Water insoluble butanol-propylene oxide polymer based products specially formulated with additives for iron and copper corrosion protection, extreme pressure and high temperature use. Viscosity of 260-330 cSt at 100 °F. Physical state: Liquid. Color: Brown Odor: Mild Boiling point (760 mmHg): > 200 °C ( > 392 °F) Flash point: closed cup 210 °C ( 410 °F) ASTM D 93 Vapor Pressure: < 0.01 mmHg at 20 °C (68 °F) ASTM E1719 Relative Vapor Density (air = 1): >1 Calculated. Relative Density (water = 1): 0.992 at 20 °C (68 °F) / 20 °C Water solubility: < 0.1 % at 20 °C (68 °F) Visual Pour point: < -26 °C ( < -15 °F) ASTM D97 Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.

UCON™ LB-400-X

ISO 460 polypropylene glycol fluid designed for high temperature applications.

Alcohol-started base stocks featuring oxypropylene groups (m=0) with one terminal hydroxyl group. This product is water insoluble and has a viscosity of 400 cSt @ 100 °F Color: Brown Odor: Mild Boiling point (760 mmHg): > 200 °C ( > 392 °F) Calculated. Flash point: closed cup 217 °C ( 423 °F) ASTM D 93 Vapor Pressure: < 0.01 mmHg at 20 °C (68 °F) ASTM E1719 Relative Vapor Density (air = 1): >1 Calculated. Viscosity @ 100°F, SUS ASTM D 445: 400 Viscosity Index, ASTM D 2270: 179 Lbs/gallon @ 20°C: 8.30 Specific Gravity@ 20/20°C: 0.997 Closed Cup Flash Point ASTM D 93, °C (°F): 217 (423) Open Cup Flash Point ASTM D 92, °C (°F): 262 (505) Water, wt%: 0.25 Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.

UCON™ LB-550-X

ISO 460/680 polypropylene glycol fluid designed for high temperature applications.

Alcohol-started base stocks featuring oxypropylene groups (m=0) with one terminal hydroxyl group. This product is water insoluble and has a viscosity of 550 cSt @ 100 °F Color: Brown Odor: Mild Boiling point (760 mmHg): > 200 °C ( > 392 °F) Flash point: closed cup 180 °C ( 356 °F) ASTM D 93 Vapor Pressure: < 0.01 mmHg at 20 °C (68 °F) ASTM E1719 Relative Vapor Density (air = 1): >1 Calculated. Relative Density (water = 1): 0.997 at 20 °C (68 °F) / 20 °C Calculated. Water solubility: < 0.1 % Visual Viscosity @ 100°F, SUS ASTM D 445: 550 Viscosity Index, ASTM D 2270: 188 Lbs/gallon @ 20°C: 8.30 Specific Gravity@ 20/20°C : 0.998 Closed Cup Flash Point ASTM D 93, °C (°F): 218 (425) Open Cup Flash Point ASTM D 92, °C (°F): 248 (540) Water, wt%: 0.25 Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.

UCON™ LB-550-XY26

ISO 150 polypropylene glycol monobutyl ether used as a rust-preventive coating.

A rust-preventive fluid used to coat metal parts with a viscosity of 114-145 cSt @ 100 °F Color: Brown Odor: Mild Boiling point (760 mmHg): > 200 °C Flash point: closed cup 191 °C Vapor Pressure: < 0.01 mmHg at 20 °C Relative Density (water = 1): 1.000 at 20 °C Kinematic Viscosity: 114 - 145 cSt at 37.8 °C Pour point: -35 °C Outstanding hydrolytic stability Able to be mixed with other natural oils, organic solvents, plastizers, resins, or gums Excellent load carrying capacity Fire resistant Anti-varnish Good deposit control Outstanding hydrolytic stability Low to high viscosity ranges Low friction coefficients High extreme pressure failure loads Low pour point temperatures Noncorrosive to metals Used as lubricating and preservative coatings for hydraulic brake parts and similar equipment.

UCON™ LB-650-X

ISO 680 polypropylene glycol fluid designed for high temperature applications.

Alcohol-started base stocks featuring oxypropylene groups (m=0) with one terminal hydroxyl group. This product is water insoluble and has a viscosity of 650 cSt @ 100 °F Physical state: Liquid. Color: Brown Odor: Mild Boiling point (760 mmHg): > 200 °C ( > 392 °F) Calculated. Flash point: closed cup 233 °C ( 451 °F) ASTM D 93 Vapor Pressure: < 0.01 mmHg at 20 °C (68 °F) ASTM E1719 Relative Vapor Density (air = 1): >1 Calculated. Relative Density (water = 1): 0.999 at 20 °C (68 °F) / 20 °C Calculated. Water solubility: < 0.1 % Visual Viscosity @ 100°F, SUS ASTM D 445: 650 Viscosity Index, ASTM D 2270: 193 Lbs/gallon @ 20°C: 8.32 Specific Gravity@ 20/20°C: 0.999 Closed Cup Flash Point ASTM D 93, °C (°F): 233 (453) Open Cup Flash Point ASTM D 92, °C (°F): 279 (535 Water, wt%: 0.25 Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.

UCON™ LB-650-XY23

ISO 100/150 oil, polypropylene glycol monobutyl ether fluid designed for applications that have extreme pressure and high temperature requirements. Also has special additives for iron and copper corrosion protection.

Water insoluble butanol-propylene oxide polymer based with a viscosity of 124-143 cSt @ 40 °C Viscosity, cSt, 40°C, ASTM D 445: 124 - 143 Specific Gravity, 20/20°C, ASTM D 4052: 1.000 Pour Point, °C (°F), ASTM D 97: -28.9 (-20) Flash Point, Open Cup, °C (°F), ASTM D 92: 271 (520) Flash Point, Closed Cup, °C (°F), ASTM D 93: 149 (300) Water, wt%, ASTM E 203: 0.30 max Higher flash points Less volatility at elevated temperatures Less tendency to form oxidative by-products, e.g. aldehydes, organic acids Less tendency to become acidic during use Used as a lubricating fluid for industrial applications that require enhanced stability toward oxidation at high temperatures.