Thermaltake Technology Co., Ltd. introduced Thermaltake C1000 Opaque Coolant Black, the latest in a series of C1000 non-transparent coolants that Thermaltake has launched since 2016. Highlight features on the new coolant are same as the other members in the C1000 Opaque coolant family (red/green/blue/orange/yellow/white/purple), such as made in Germany, virtually odorless, non-flammable, fully biodegradable, excellent cooling performance and easy bottle filler design, but it’s the first pure black coolant on the market. Users can also choose Pacific radiator series, Pacific reservoir & pump series, Pacific W4 RGB CPU water block, Pacific 16mm OD and 12mm OD fittings and PETG tubes to customize their liquid cooling system! The new Thermaltake C1000 Opaque Coolant Black is celebrating its launch at Thermaltake CES 2017 held at the Venetian Hotel Titian 2303 Suite from January 5th, 2017 to 8th, 2017. The C1000 Opaque Coolant Black is now available to order at TT Premium and select resellers. Features of Thermaltake C1000 Opaque Coolant Black: German-Made Anti-Corrosive Solution. Being non-flammable, the Opaque Black is a ready-to-use cooling solution with at least 3 years shelf life in airtight containers, providing great performance while preventing the entire cooling system copper, brass, nickel, and aluminum – from corrosion. Additionally, it can be used with the water temperature between 165C(Boiling Point) and -20 C(Freeze Point). Readily Biodegradable Material. The Opaque Black is classified in water hazard class 1 (low-rate endangering) according to German water hazard regulations. This means that the coolant is easily biodegradable. Easy Bottle Filler Design. Designed with easy bottle filler, users can fill the coolant into all systems easily through the spout. Vivid Application. The Opaque Black is capable of being used in all PC liquid cooling systems. Featuring anti-freezing, anti-rusting, and water scale prevention, the C1000 non-transparent coolant delivers great thermal efficiency and further reduce the temperature of the system.