Indirect liquid cooling
Dedicated LM-4 variants are described for data-centre circulation. Compatibility depends on the specific model and loop materials.
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SOLUTION 03 / DATA CENTRES & ELECTRONICS
A clearly defined fluid for a clearly defined architecture. Explore separate product routes for indirect liquid cooling, low-conductivity systems and immersion cooling.
Discuss your applicationYOUR PROCESS, CONSIDERED
Dedicated LM-4 variants are described for data-centre circulation. Compatibility depends on the specific model and loop materials.
LM-4D is described for fuel-cell cooling with ultra-low-conductivity reference values. Water purity and monitoring are part of the system requirements.
LM-17 is explicitly developed for server immersion. Evaluate electrical properties and compatibility with all exposed components.
LM-14 fluorinated fluids offer a separate route to electrically insulating temperature control. Confirm composition and environmental documentation.
START WITH THE RIGHT QUESTIONS
These details help turn a product shortlist into a meaningful technical discussion.
RELEVANT PRODUCT FAMILIES
Explore these families, then confirm the exact model and operating conditions.
Versatile glycol-type heat transfer fluids
Electrically insulating fluorinated fluids
Dielectric immersion cooling fluids
Changing a secondary coolant is more than draining and refilling. Confirm compatibility, the cleaning method and the first monitoring window before you start.
Published condemning limits for heat transfer fluids contradict each other. Learn how to read the trend, not the threshold, before deciding to change a charge.
Direct-to-chip liquid cooling puts conductivity, materials and monitoring into the fluid specification. See which checks decide a data-centre coolant.