Battery Thermal Management Fluid

Battery Thermal Management Fluid

Our Battery Thermal Management Fluid is a specialized dielectric coolant designed to regulate temperature in EV and hybrid battery systems, power electronics, and e-motors. It ensures stable thermal performance, improved battery efficiency, and longer component life. With advanced heat transfer properties, it delivers fast, uniform cooling, prevents hotspots, and supports the safety and performance of modern electrified powertrains.

Key Benefits

Optimal Thermal Control – Maintains stable battery temperatures, improving performance and extending service life.

Dielectric Properties – Electrically non-conductive formulation for safe use in EV and hybrid systems.

Enhanced Safety – Reduces risk of overheating and thermal runaway in high-energy battery packs.

Extended Component Protection – Guards sensitive battery modules, inverters, and e-motors against corrosion and wear.

High Efficiency – Supports fast charging cycles and sustained power output under demanding conditions.

Versatile Applications – Designed for EVs, hybrids, e-buses, e-trucks, stationary energy storage, and advanced industrial systems.

Technical Highlights

Technology: Advanced Dielectric Coolant

Base Fluid: Glycol-water blend with engineered additives / synthetic dielectric fluids (depending on application)

Operating Range: Wide temperature stability from –40°C to +60°C (or higher depending on OEM requirement)

Electrical Properties: Non-conductive, ensuring safe use in direct-contact cooling systems

Standards & Approvals: Meets or exceeds leading EV OEM and industry specifications for thermal management fluids

Why Choose Our Battery Thermal Management Fluid?

Our Battery Thermal Management Fluid provides a safe, reliable, and high-performance cooling solution tailored to the demands of electric and hybrid systems. With its dielectric safety, superior heat transfer, and extended component protection, it enables manufacturers and operators to achieve greater efficiency, safety, and durability in next-generation mobility and energy storage applications.

Get a Quote