Rethinking coolant selection for modern and future cooling systems
Why additive chemistry is key to coolant performance, corrosion protection and long-term reliability in next-generation data center liquid cooling systems.
The shift toward AI and high-performance computing is pushing traditional air cooling to its limits, making direct-to-chip liquid cooling increasingly important. However, not all PG25 coolants deliver the same level of protection, even when they share similar base-fluid compositions.
In our whitepaper, Dr. Ronald Merckx examines how additive chemistry influences corrosion resistance, deposit formation and long-term coolant stability, drawing on laboratory testing of three commercially available OCP Accepted™ and NVIDIA DSX Ready PG25 coolants.
Download now to:
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Examine how corrosion inhibitors and additive technologies influence coolant performance and service life
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Compare PG25 formulations under conventional metallurgy, mixed-metallurgy and high-temperature aluminium testing conditions
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Understand how corrosion and deposit formation can affect heat transfer, cooling efficiency and system reliability
