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Solving the Heat Challenge: High-Conductivity Potting for EV Battery Packs (3.0-4.0 W/m.K)

2026-05-12

Solving the Heat Challenge: High-Conductivity Potting for EV Battery Packs (3.0-4.0 W/m.K)

In the high-growth sector of electric three-wheelers and delivery bikes in Vietnam, thermal management of Lithium battery packs is the top priority for safety. High-intensity discharge during long delivery shifts leads to heat accumulation, which can cause "thermal runaway" if not managed correctly.

Optimizing Thermal Paths with HN-8830 & HN-8840
Hanast offers two flagship solutions designed for high-power density applications:
• HN-8830 (3.0 W/m.K): Ideal for standard EV battery modules and power converters.
• HN-8840 (4.0 W/m.K): Designed for ultra-high-power systems requiring maximum heat dissipation.

Why Choose our Addition-Cure Silicone?
Unlike traditional materials, our
HN-8830/8840 series features a 1:1 mix ratio and low viscosity, allowing the compound to flow deep into the gaps between battery cells. Once cured, it achieves a UL94 V-0 Flame Retardant rating. It doesn't just dissipate heat; it acts as a fire barrier, providing critical safety margins for Vietnamese commuters.

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Блоки 1210-1211, корпус B, здание 6, Hengda Fashion Valley, улица Далан, район Лунхуа, Шэньчжэнь, провинция Гуандун, Китай E-mail: sales11@hanastsilicone.com Tel: +8613670122311 Tel: +8613670122311

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