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DOWCAL™ 100E Ethylene Glycol is an improved version of DOWCAL™ 100 with a robust package of additives and corrosion inhibitors. It provides superior performance, thermal stability, and extended protection, making it more suitable for the most demanding and critical applications.
DOWCAL™ 100E is a high-quality heat transfer fluid formulated from ethylene glycol with added corrosion inhibitors for extended performance. It provides excellent heat transfer performance and exceptional thermal stability in well-maintained heat transfer systems. DOWCAL™ 100E is an inhibited heat transfer fluid, ensuring system operation is protected from rust and corrosion damage in a properly balanced concentration.
DOWCAL™ 100E is a versatile heat transfer fluid suitable for industrial applications, HVAC systems, refrigeration, renewable energy applications, automotive and aerospace systems, food and beverage cooling systems, pharmaceuticals and biotechnology manufacturing, data center and electronics cooling, concrete curing processes, agricultural heating systems, medical applications, marine cooling systems, and other specialty applications.
Product type: Ethylene glycol–based thermal fluid
Appearance: Clear, colorless liquid
Odor: Odorless
Freezing point: For 50% solution, approximately −37°C (−35°F)
Boiling point: 197°C (386°F)
Specific heat capacity: 2.43 J/g°C at 25°C
Thermal conductivity: 0.258 W/mK at 25°C
Density at 20°C: 1.114
Viscosity: 16.1 cP at 25°C
pH of solution: 8.0–8.8
Reserve alkalinity min: 9.5
Freeze point: −36°C
Primary Chemistry: Ethylene Glycol
Premature thermal system corrosion, rust, or damage Inferior heat transfer fluid lifespan Incompatibility between heat transfer fluid and elastomers Overheating Freezing Maintenance costs
Closed-loop cooling systems Hydraulic systems Thermal storage Chiller systems Heat pumps Radiant heating systems Efficient cooling in commercial freezers, refrigeration units, and ice-making machines Cryogenic freezing and storage Solar water heating and solar space heating systems Geothermal heat pumps Antifreeze and coolant in automotive and heavy-duty engine cooling systems Deicing fluid for aircraft and runways Cooling systems for food and beverage processing Temperature control in pharmaceutical and biotechnology manufacturing Cooling systems from data centers Concrete cooling during the curing process in hot climates to prevent thermal cracking Waste heat recovery Greenhouse heating systems Cryotherapy devices Marine cooling systems Ice rinks systems Deicing formulations for roads
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