Kixx推出新产品，扩展浸没式冷却液产品组合

照片由Kixx提供

　　Kixx是总部位于韩国首尔的领先能源公司GS Caltex旗下的汽车和工业润滑油综合品牌，目前已扩大其浸入式冷却液系列。

　　继Kixx Immersion Fluid S于2023年11月成功推出后，Kixx在其产品组合中又推出了四种浸没液：

　　Kixx浸没液S 5

　　Kixx浸没液S 30

　　Kixx浸没液S E

　　Kixx浸渍液S BIO

　　这些新产品满足了从数据中心到电动汽车（EV）电池和储能系统（ESS）的各种应用，可提高多个行业的能源效率和设备保护。

　　每种新液体都经过了严格的测试，以确保在实际环境中的可靠性和安全性。这些产品符合美国开放计算项目（OCP）的浸没流体基本规范，该规范强调可持续性、安全性和互操作性。

　　产品亮点

　　Kixx浸没液S 5：以其能效、与各种材料的兼容性和生物降解性而闻名，使其在可能接触食物的环境中安全。

　　Kixx浸没液S 30：具有250摄氏度的高闪点，具有更高的热稳定性。

　　Kixx浸没液S E：与S 30类似，它具有优异的能效和生物降解性。

　　Kixx浸液S BIO：利用生物基材料，在植物生长过程中吸收二氧化碳，使液体呈碳负性。

　　Kixx expands immersion cooling fluids portfolio with new products

　　　Kixx, an integrated automotive and industrial lubricant brand under GS Caltex, a leading energy company based in Seoul, South Korea, has expanded its range of immersion cooling fluids.

　　Following the successful launch of Kixx Immersion Fluid S in November 2023, Kixx has introduced four additional fluids to its portfolio:

　　Kixx Immersion Fluid S 5

　　Kixx Immersion Fluid S 30

　　Kixx Immersion Fluid S E

　　Kixx Immersion Fluid S BIO

　　These new products cater to a variety of applications, from data centres to electric vehicle (EV) batteries and energy storage systems (ESS), enhancing energy efficiency and equipment protection across multiple sectors.

　　Each new fluid has been rigorously tested to ensure reliability and safety in real-world settings. The products comply with the U.S. Open Compute Project’s (OCP) Base Specification for Immersion Fluids, which emphasises sustainability, safety, and interoperability.

　　Product highlights

　　Kixx Immersion Fluid S 5: Known for its energy efficiency, compatibility with various materials, and biodegradability, making it safe for environments where it may come into contact with food.

　　Kixx Immersion Fluid S 30: Features a high flash point of 250 degrees Celsius, offering improved thermal stability.

　　Kixx Immersion Fluid S E: Similar to S 30, it offers excellent energy efficiency and biodegradability.

　　Kixx Immersion Fluid S BIO: Utilises bio-based materials that absorb carbon dioxide during plant growth, making the fluid carbon-negative.