Thermaltake P1000 Pastel Coolant - Green CL-W246-OS00GR-A
Thermaltake P1000 Pastel Coolant - Green "Formulated to Impress"
Thermaltake P1000 Pastel Coolant Series is designed with TT latest formula to be used as anti-corrosion protection fluid and heat-transfer medium for PC water-cooling. With the new liquid surface tension optimizer added to the formula, P1000 Pastel Coolant Series has minimized the risk of airlock and made filling up your system easy! The new formula also provides P1000 Pastel Series with color saturation and stability, as well as low viscosity that enables effective flow. Thermaltake P1000 Pastel Coolant Series is formulated to impress and simplify the process of setting up your water loop!
Tt LCS Certified
Tt LCS Certified is a Thermaltake exclusive certification applied to only products that pass the design and hardcore enthusiasts standards that a true LCS chassis should be held to. The Tt LCS certification was created so that we at Thermaltake can designate to all power users which chassis have been tested to be best compatible with extreme liquid cooling configurations to ensure you get the best performance from the best features and fitment.
Filling Coolant made Easy!
Thermaltake has made filling coolant easy. Thanks to the TT exclusive formula, the old days of repeatedly unplugging the system or waiting for 12 to 24 hours for the air to clear out after filling the loop is behind us. P1000 Pastel Coolant Series has minimized the risk of airlock by adding liquid surface tension optimizer. With P1000, it only takes about 5 to 10 seconds to start the system after filling the loop.
Flow Like Pure Water
Due to the special formulated process of P1000 Pastel Coolant Series, it assembles a lot of qualities of pure water. Quality such as low viscosity enables effective flow of P1000 Pastel Coolant. Viscosity affects the fluidity of coolant, lower viscosity indicates less resistance therefore better flow of coolant. At 20°C, P1000 Pastel Coolant has 26.4% lower viscosity than other coolant and 25.8% lower at 40°C.