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-5056

A colorless, fully-fluorinated liquid that is chemically & thermally stable, non-flammable & practically non-toxic. It is effective in reducing the thermal conductivity of polyurethane & other rigid foam formulations. Has a boiling point of 250°C - 80°C.

Ideal solvent for depositing or removing fluorinated oils and lubricants along with use as heat transfer fluid in medium temperature ranges. Also used as additive to improve closed-cell micropourous blown foams. A clear, colorless, fully-fluorinated liquid PF-5052 fluid is chemically and thermally stable, practically non-toxic, and nonflammable. (b.p 40-60C) Appearance: Clear, colorless Boiling Point (101 kPa): 250°C - 80°C Liquid Density: 1.7 g/ml Kinematic Viscosity: <1 centistokes Water Solubility: < 20 ppmw Solubility in Water: <5 ppmw Thermal stability Chemical stability Wide liquid range Non-conductive Used in combination with hydrocarbon blowing agents such as cyclopentane, reducing the cell size and the thermal conductivity of many rigid foam formulations. Products potentially benefiting from the use of performance fluid PF-5056 include: Appliances Commercial Refrigeration Refrigerators Refrigerated Transport Freezers Building Construction Panels

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™ 200

A propylene glycol-based fluid capable of operating at higher temperatures than other propylene glycol fluids.

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. Propylene glycol based fluid 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)

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

Fluorinert™ FC-40

Used in nondestructive leak and thermal shock testing for military electronics according to mil spec 883.

A colorless, thermally stable, fully fluorinated liquid. It's wide liquid range (-57°C to 165°C) make it ideal for a wide variety of applications. The FC-40 liquid is primarily a single compound, so its composition will not shift or fractionate over time. This results in less fluid loss and insures that transport properties do not change with time. Appearance: Clear, colorless Average Molecular Weight: 650 Boiling Point (1 atm): 165°C Pour Point: -57°C Latent Heat of Vaporization (at normal boiling point): 69 J/g Liquid Density: 1855 kg/m3 Kinematic Viscosity: 2.2 centistokes Absolute Viscosity: 4.1 centipoise Liquid Specific Heat: 1100 J kg-1 °C-1 Liquid Thermal Conductivity : 0.062 W m-1 °C-1 Coefficient of Expansion: 0.0012 °C-1 Water Solubility: <7 ppmw Solubility in Water: <5 ppmw Ozone Depletion Potential: 0 Dielectric Strength: 46 kV, 0.1" gap Dielectric Constant: 1.9 Compatible with most metals, plastics and elastomers. Non-conductive Narrow boiling range Wide liquid range Thermal stability Chemical stability Ideal for a variety of single phase heat transfer applications in the semiconductor manufacturing industry such as etchers, ion implanters and testers.

Fluorinert™ FC-43

A clear, colorless, non-conductive, non-flammable, residue free, thermally and chemically stable liquid ideal for use in many heat transfer fluid applications.

Is thermally and chemically stable, compatible with sensitive materials, nonflammable, practically nontoxic and leaves essentially no residue upon evaporation. This unique combination of properties makes this product ideal for many electronics applications, including many electronic quality and reliability tests. With boiling point of 174 C, commonly used as for burin-in testing, environmental stress screening and vapor phase soldering. Conforms to Mil Spec 883. Appearance: Clear, colorless Average Molecular Weight: 670 Boiling Point (1 atm): 174°C Pour Point: -50°C Estimated Critical Temperature: 567 K Estimated Critical Pressure: 1.13 x 106 pascals Vapor Pressure: 192 pascals Latent Heat of Vaporization (at normal boiling point): 70 J/g Liquid Density: 1860 kg/m3 Kinematic Viscosity: 2.5 centistokes Absolute Viscosity: 4.7 centipoise Liquid Specific Heat: 1100 J kg-1 °C-1 Liquid Thermal Conductivity: 0.065 W m-1 °C-1 Coefficient of Expansion: 0.0012 °C-1 Refractive Index: 1.291 Water Solubility: 7 ppmw Solubility in Water: <5 ppmw Ozone Depletion Potential: 0 Thermal stability Chemical stability Wide liquid range Non-conductive Narrow boiling range Compatibility Used in heat transfer fluid applications, especially in the electronics and semiconductor industry for testers, CVD and TFT manufacturing.

iso-Pentane 95 Tech

A technical grade hydrocarbon that is highly recommended for use in industrial and polymer processing applications.

Color: <5 Density: 624 Distillation Range: 27-29 Evaporation Rate: <1.0 Refractive Index: 1.354 Aromatic Content: <0.001 Non-volatile Matter: <2 Flash Point: -20°C Vapor Pressure: 56.9 Kinetic Viscosity: 0.35

Krytox™ 157FS(H) Oil

Krytox™ 157FS(H) Oil is a functionalized version of the Chemours series of Krytox™ fluorinated oils that acts as a surfactant.

Krytox™ 157FS(H) Oil is a functionalized version of the Chemours series of Krytox™ fluorinated oils that acts as a surfactant with a viscosity of 800-2000 cSt @ 40 degrees C.

Krytox™ GPL222 Grease

Krytox™ GPL222 Grease is Krytox™ GPL202 Grease with anti-corrosion/anti-wear additive. Provides rust protection at ambient temperatures and corrosion protection at high temperatures.

Krytox™ GPL222 is a high performance grease utilizing PFPE oil, PTFE thickener, and sodium nitrite as an anti-corrosion additive. Commonly used in the automotive and industrial market, applications for these greases include, but are not limited to, bearings, valves, gears, seals, and pumps. Krytox™ GPL222 has a base oil viscosity of 15 cSt @40°C. This grease is suitable to use in applications up to 132°C. Krytox™ GPL222 greases are white buttery greases with all of the same properties as the Krytox™ GPL102 oils that they are made from, but they are in grease form. GPL222 grade has lower molecular weight of the base PFPE oil, to improve functionality at lower temperatures for specific applications. ISO Grade: 15 Estimated Useful Range: -63°C to 132°C Oil Viscosity @40°C: 15 Oil Viscosity Index: 29 Oil Pour Point: -63°C Oil Density, g/ml @0°C: 1.91 Maximum Oil Volatility, % in 22 hr @121°C: 35 Oil Separation, wt loss, % in 30 hr @99°C: 7% Food Grade Compatible (H1): No NLGI Grade: 2 Additives: Sodium Nitrite (Anti Corrosion) Krytox™ GPL222 Grease is an anti-corrosion grease containing sodium nitrite. It provides rust protection at ambient temperatures and corrosion protection at high temperatures.

Krytox™ GPL227 Grease

Krytox™ GPL227 Grease is Krytox™ GPL207 Grease with anti-corrosion/anti-wear additive. Provides rust protection at ambient temperatures and corrosion protection at high temperatures.

Krytox™ GPL227 is a high performance grease utilizing PFPE oil, PTFE thickener, and sodium nitrite as an anti-corrosion additive. Commonly used in the automotive and industrial market, applications for these greases include, but are not limited to, bearings, valves, gears, seals, and pumps. Krytox™ GPL227 has a base oil viscosity of 450 cSt @40°C. This grease is suitable to use in applications up to 288°C. Krytox™ GPL227 greases are white buttery greases with all of the same properties as the Krytox™ GPL107 oils that they are made from, but they are in grease form. GPL227 grade has high molecular weight of the base PFPE oil, to improve functionality at higher temperatures for specific applications. ISO Grade: 460 Estimated Useful Range: -30°C to 288°C Oil Viscosity @40°C: 450 Oil Viscosity Index: 145 Oil Pour Point: -30°C Oil Density, g/ml @0°C: 1.95 Maximum Oil Volatility, % in 22 hr @121°C: 0.01 Oil Separation, wt loss, % in 30 hr @99°C: 4% Food Grade Compatible (H1): Yes NLGI Grade: 2 Additives: Sodium Nitrite (Anti Corrosion) Krytox™ GPL227 Grease is an anti-corrosion grease containing sodium nitrite. It provides rust protection at ambient temperatures, corrosion protection at high temperatures.

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

Novec™ 7000

A non-flammable, low global warming potential (GWP) heat transfer fluid capable of reaching -120°C.

Novec™ 7000 is beneficial as a heat transfer fluid for cooling reactors in the chemical processing and pharmaceutical industries. In the semiconductor industry, it is useful for automated test equipment (ATE) and wafer processing equipment. Novec™ 7000's unique properties make it useful for low temperature applications without sacrificing performance. Appearance: Clear, colorless Molecular Weight: 200 Boiling Point (1 atm): 34°C Freeze Point: -122.5°C Liquid Density (kg/m3): 1400 Kinematic Viscosity (cSt): 0.32 Kinematic Viscosity @ -80°C (cSt): 2.0 Kinematic Viscosity @ -120°C (cSt): 17 Coefficient of Expansion: 0.00219K-1 Critical Density (kg/m3): 553 Critical Pressure (MPa): 2.48 Critical Temperature: 165°C Dielectric Constant: 7.4 Dielectric Strength (kV): ~40 Flash Point: None Latent Heat of Vaporization (kJ/kg): 142 Solubility of water in fluid (ppmw): ~60 Solubility of air in fluid (vol %): ~35 Vapor Pressure (kPa): 64.6 Volume Resistivity (ohm-cm): 108 Low global warming potential Excellent dielectric properties Non-ozone depleting Low toxicity Non-flammable Non-corrosive Good thermal stability Useful at extreme low temperatures (to -120 Degree C) Will not damage electronic equipment in event of leakage or other equipment failure Semiconductor Ion implanters Dry etchers CVD/PVD tools Electronic Automated Test Equipment (ATE) Industrial/Pharmaceutical Chemical reactors Freeze dryers VOC capture Fuel cells Electronics Reliability testing Temperature calibration Electronic Cooling Supercomputers Sensitive military electronics High voltage transformers Autocascade refrigeration HCFC-123 replacement Medical Lab Histobath working fluid

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™ 50-HB-280-XY23

UCON™ lubricant LB-650-XY23 is a water insoluble butanol-propylene oxide polymer based product specially formulated with additives for iron and copper corrosion protection and high temperature use.

UCON™ Lubricant LB-650-XY23 is readily biodegradable, water-soluble, and exhibits low volatility. Designed for processes that require corrosion protection for copper and iron materials and in processes that require high-temperature stability of the lubricant. Color: Red to brown Odor: Mild Boiling point (760 mmHg): > 200 °C Flash point: closed cup 238 °C Relative Density (water = 1): 1.043 at 20 °C Pour point: < -34 °C Water soluble Low volatility Does not evaporate easily at room temperature Used in processes that require corrosion protection for copper and iron materials and in processes that require high-temperature stability. Intended for use in open bath systems.