INNOCHILL Thermal Fluids
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Electric Mobility

Thermal fluids for batteries, e-drives, power electronics and severe-duty BEVs.

Thermal Fluids

Electric-vehicle thermal management must protect batteries, e-drives and power electronics while maintaining heat transfer, corrosion control, material compatibility and the electrical behavior required by the system.

Quick AnswerEV coolant selection is increasingly segmented by electrical sensitivity. A conventional glycol coolant, a low-conductivity EV coolant and an ultra-low-conductivity fluid are not interchangeable categories.

Application segments

01

Passenger & Commercial EV

Battery loops, power electronics and e-drive thermal management.

02

Low-Conductivity Systems

Applications where leakage or close proximity to energized components makes conductivity a key qualification property.

03

Mining BEV

Heavy-duty duty cycles, underground operation, elastomer compatibility and serviceability.

04

Extreme-Cold EV

Sub-zero startup where freeze protection must be evaluated together with viscosity and pumpability.

Engineering criteria

PropertyWhy it matters
Electrical conductivityHelps define suitability for electrically sensitive thermal-management loops.
Corrosion protectionProtects aluminum and mixed-metal heat exchangers, cold plates and piping.
Elastomer compatibilityReduces risk of swelling, cracking or property loss in seals and hoses.
Low-temperature viscosityInfluences startup flow and pump load in severe cold.
Thermal performanceHeat capacity, conductivity and viscosity affect system heat-transfer efficiency.

Relevant INNOCHILL models

Product naming discipline

Public product names correspond to real, technically defined grades and established commercial products.