最近の会社事件について Shenzhen Hanast New Material co.,LTD 資格

Southeast Asia is one of the fastest-growing emerging markets for new energy two-wheeled electric vehicles globally. Leveraging its large population, strong travel demand, and policy support for electrification, countries like Vietnam, Indonesia, Thailand, and the Philippines have seen consecutive years of rising sales of two-wheeled electric vehicles, driving a surge in demand for power battery packaging, heat dissipation, and protective materials. Power batteries are the core component of two-wheeled electric vehicles; their stability, safety, and lifespan directly determine vehicle quality. Silicone potting compounds for EV batteries, as a core material for battery packaging and thermal protection, are crucial for improving the overall performance of two-wheeled electric vehicle batteries and adapting them to local chemical conditions in Southeast Asia.

Addressing the product requirements of lightweight, highly adaptable, and highly durable two-wheeled electric vehicles in Southeast Asia, our high thermal conductivity silicone potting compound focuses on two core pain points: battery thermal management and comprehensive protection. We have specifically optimized the product formula to perfectly adapt to the packaging application scenarios of two-wheeled EV batteries in Southeast Asia. In terms of core thermal management performance, the product has a high thermal conductivity, which can quickly and evenly conduct the heat generated by the battery during operation, solving industry problems such as poor thermal conductivity, heat accumulation, and localized overheating associated with traditional potting compounds. In Southeast Asia, where temperatures are consistently above 35°C, this technology can effectively suppress battery thermal degradation, ensure constant battery temperature during fast charging and high-frequency riding, eliminate safety hazards such as thermal runaway and spontaneous combustion, and significantly improve vehicle riding safety and battery cycle life.

In terms of comprehensive protection, the high-quality silicone potting compound for EV batteries offers multiple protective advantages, making it fully adaptable to the complex outdoor environments of Southeast Asia. Its high insulation performance effectively isolates circuit interference, enhances battery electrical safety, and prevents leakage and breakdown in humid environments. Its excellent weather resistance, anti-aging properties, and salt spray resistance withstand the long-term dampness of the Southeast Asian rainy season, salt spray corrosion in coastal cities, and daily sun exposure, maintaining its sealing, thermal conductivity, and protective performance over the long term. Simultaneously, the product's high toughness and strong adhesion make it suitable for the high-frequency vibration and bumpy driving conditions of two-wheeled electric vehicles, buffering the impact of road surfaces on the battery module, preventing cell displacement and circuit breakage, and significantly reducing the probability of battery damage and failure.

Mass production compatibility and cost advantages make this product the preferred material for Southeast Asian two-wheeled electric vehicle manufacturers. With controllable viscosity, excellent flowability, and good self-leveling properties, it perfectly meets the encapsulation needs of small, lightweight battery modules for two-wheeled electric vehicles, ensuring uniform filling without bubbles or dead corners. It is compatible with various automated mass production lines, effectively improving production efficiency and reducing labor costs. Compared to traditional encapsulation materials such as epoxy resin, silicone offers better elasticity after curing, is less prone to brittleness, and supports component replacement during repair, eliminating the need for complete battery module replacement and significantly reducing after-sales maintenance costs for manufacturers. Furthermore, the product can be customized in terms of thermal conductivity, color, and curing speed to meet the diverse encapsulation requirements of different specifications of two-wheeled electric vehicle batteries and BMS control systems, providing customized thermal management and protection solutions.

The Southeast Asian new energy two-wheeled electric vehicle market is currently transitioning from "low-price popularization" to "quality upgrades." End consumers are increasingly demanding higher vehicle range, durability, and safety, forcing a comprehensive upgrade of upstream battery materials and packaging processes. High-quality silicone potting compound for EV batteries is no longer an optional auxiliary material, but a necessary configuration for upgrading the quality of two-wheeled electric vehicle batteries. With its superior thermal conductivity, waterproofing, shockproofing, weather resistance, corrosion resistance, stability, and durability, this potting compound is widely compatible with various battery packaging scenarios for two-wheeled lithium-ion electric vehicles, electric scooters, and electric mopeds in Southeast Asia. It helps automakers and battery manufacturers in the region create high-compatibility, high-safety, and long-life high-quality products, deeply cultivating the blue ocean market of new energy two-wheeled vehicles in Southeast Asia and achieving breakthroughs in both brand and sales.