EK CryoFuel Amber Orange Premix 1000mL

The EK CryoFuel is a new revolutionary coolant for PC liquid cooling systems. EK CryoFuel is the most chemically stable coolant that provides enthusiasts and gamers with the best possible level of performance and thermal efficiency with emphasis on color stability. EK CryoFuel coolant is a pure, non-toxic coolant based on the patent pending chemical formula, which prevents the creation of any sediments in the liquid cooling loop. Liquid cooling users can rest assured that the EK CryoFuel coolant, with its very low viscosity, will not clog or damage their water blocks and other parts of the loop when used with EK-DuraClear or EK-ZMT tubing.

EK CryoFuel also contains synergistic corrosion inhibitors to protect metals commonly found in computer liquid cooling systems. It has been tested in accordance with BS5117 (ASTM D1384) and found to meet corrosion standards for copper, brass, aluminum and stainless steel. This coolant also contains scale and biological inhibitors to help prevent fouling – thus promoting long operational life and high thermal efficiency.

All EK CryoFuel mixtures are biodegradable (90% in a period of 10 days) and will not remain in the environment or cause any bioaccumulation. EK CryoFuel offers a 2-year shelf life from date of bottling.

Characteristics:

• Low electrical conductivity
• Biological growth inhibition
• Corrosion protection according to BS5117 (ASTM D1384) standards
• High quality concentrated pigments for intense, vivid and saturated colors
• Compatible with Acrylic, PETG, POM Acetal, rubber (NBR, EPDM, and Norprene) materials
• Eco-friendly (90% biodegradable in 10 days)
• RoHS compliant
• 2-year shelf time after bottling

Technical data: Color: Amber Orange (transparent)
Content: 1000 mL
Electrical Conductivity (mS/cm): 1,04 ±10%
UV Reactive: No
Neutral pH: 6 - 8
Decomposition temperature: >65°C (>150°F)*
Recommended use temperature range: 5- to 60°C (40- to 140°F)

*Decomposition temperature is the temperature threshold at which the breakdown of individual components (dye, preservatives) in the solution may start to occur. Moreover, liquid vaporization starts to occur at this temperature.