High-Performance Immersion Cooling Fluids
Immersion cooling fluids represent the next generation of thermal management technologies, specifically engineered to handle the extreme heat generated by high-density electronic systems.
In this advanced process, critical electronic components such as data center servers, cryptocurrency mining rigs, and electric vehicle battery packs are submerged directly into a specially formulated dielectric liquid. Because these non-conductive fluids possess superior thermal conductivity and specific heat capacity compared to traditional air cooling, they remove heat directly from the source. This ensures maximum operational efficiency, lowers energy consumption, and dramatically reduces the overall carbon footprint of modern technology infrastructures.
Our Comprehensive Immersion Cooling Liquid Portfolio
Partnering with world-leading chemical innovators and providing advanced alternatives to legacy solutions like 3M Novec, PROSTECH delivers cutting-edge single-phase and two-phase dielectric fluids tailored to your specific infrastructure requirements:
Single-Phase Immersion Cooling Fluids: High-stability dielectric liquids that remain completely in a liquid state throughout the entire cooling cycle, offering low maintenance and extreme reliability.
Two-Phase Immersion Cooling Fluids: Advanced fluids designed to utilize the vaporizing and condensing cycle, delivering maximum heat transfer efficiency for ultra-high-density compute environments.
Specialized Electronics Cleaners and Solvents: Premium rinsing fluids engineered to clean board-level contaminants thoroughly before the immersion process to prevent fluid degradation.
Why PROSTECH?
We do not just distribute industrial materials; we provide complete engineering and system integration solutions.
Our experienced team of technical experts works closely with your facility engineers to analyze computing workloads, fluid compatibility, and long-term fluid maintenance schedules. We help you select the exact dielectric chemistry, optimize flow rates within the cooling tanks, and streamline infrastructure transition to maximize uptime while minimizing total cost of ownership.
Contact our technical team today for a free expert consultation and material validation trial!
