In today's rapidly advancing technological landscape, industries ranging from data centers to high-tech manufacturing demand cooling solutions that are efficient, environmentally responsible, and safe. Glacier Refrigerant, a company with three decades of dedicated expertise in coolant manufacturing, proudly introduces its groundbreaking cooling fluid: LM-14B Glacier Refrigerant. Combining deep technical experience with a spirit of continuous innovation, this product is setting a new standard for cooling technology across diverse applications.
Product Features
Derived from modified polyfluoro compounds, LM-14B Glacier Refrigerant is a colorless, odorless, and non-toxic fluid. At 20°C, it boasts a density of 1.721 g/cm³ and an exceptionally low viscosity of just 1.0543 cP, ensuring smooth flow with minimal resistance in various cooling systems. With a boiling point around 60°C and a freezing point below -120°C, LM-14B maintains stable performance even under extreme temperature conditions. Notably, it also offers excellent electrical insulation properties, featuring a dielectric strength of 40 kV, making it crucial for applications requiring stringent electrical isolation.
Application Areas
The application scope of LM-14B Glacier Refrigerant is exceptionally broad. It serves virtually all modern technology sectors requiring high-efficiency cooling, including immersion phase-change liquid cooling for data center servers, cooling for high-speed train power inverters, thermal management in hydrogen fuel cell or lithium-ion battery electric vehicles, and semiconductor equipment cooling. Particularly in data centers, its optimal boiling point leverages latent heat of vaporization to dissipate heat, significantly reducing power consumption. This enables Power Usage Effectiveness (PUE) to drop below 1.1, achieving over 85% energy savings compared to traditional air conditioning methods. Furthermore, LM-14B is chemically inert, environmentally friendly, has an extremely low Global Warming Potential (GWP), and causes no ozone layer depletion, making it a widely adopted solution across numerous industries.
Case Study
A major data center in a southern Chinese city faced severe thermal management challenges as server heat loads increased with surging business demands, overwhelming its traditional air-cooling system. Seeking a more efficient solution, the data center implemented LM-14B Glacier Refrigerant as its primary coolant. Post-implementation, cooling efficiency improved dramatically, with PUE falling below 1.1. This transition resulted in substantial savings on electricity costs and a reduced environmental footprint. Importantly, the outstanding electrical insulation properties of LM-14B ensured safe and reliable data center operations, guaranteeing continuous and accurate data processing.
Conclusion
In summary, Glacier Refrigerant LM-14B stands out among cooling fluids due to its unique chemical properties, exceptional cooling performance, and wide-ranging applicability. It represents a trustworthy choice from both environmental and economic perspectives. Glacier Refrigerant remains committed to pioneering even more efficient and sustainable cooling technologies, contributing to the advancement of global technological progress.