Low Viscosity EV Coolant (For high efficiency systems)
Our Low Viscosity EV Coolant is an advanced thermal management fluid for electric vehicles, hybrids, and high-efficiency battery systems. Its low viscosity ensures faster circulation, reduced pumping losses, and improved cooling efficiency, supporting energy savings and extended driving range.
Optimized for next-generation EV platforms, it enables rapid heat transfer, enhances fast charging, and maintains stable operation in demanding conditions.
Key Benefits
High Efficiency Circulation – Low viscosity reduces energy consumption of pumps and improves flow rates.
Enhanced Thermal Transfer – Provides quick and uniform cooling, minimizing hotspots in battery and electronic systems.
Supports Fast Charging – Maintains temperature stability during rapid charging and high-power operation.
Component Protection – Safeguards batteries, inverters, and e-motors against thermal stress and corrosion.
Energy Savings – Contributes to overall system efficiency, extending EV driving range.
Wide Application – Suitable for passenger EVs, commercial e-fleets, high-performance EVs, and industrial energy storage systems.
Technical Highlights
Technology: Advanced Low Viscosity EV Coolant
Base Fluid: Optimized glycol-water blends / engineered specialty fluids
Viscosity: Lower than standard EV coolants for reduced pumping resistance
Operating Range: Effective from –40°C to +60°C (or higher as per OEM standards)
Electrical Properties: Available in conductive-safe or dielectric formulations depending on system design
Standards & Approvals: Meets or exceeds major OEM and industry specifications for EV efficiency-focused coolants
Why Choose Our Low Viscosity EV Coolant?
Our Low Viscosity EV Coolant delivers a cutting-edge solution for EVs requiring maximum efficiency and optimized energy use. With its reduced pumping resistance, superior cooling performance, and compatibility with high-efficiency systems, it helps manufacturers and operators achieve greater range, reliability, and long-term performance in advanced electric mobility.
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