Latest company case about Shenzhen Hanast New Material co.,LTD Certifications

With the full-scale electrification wave sweeping Southeast Asia, the number of two-wheeled electric vehicles in Southeast Asian countries such as Vietnam, Thailand, Indonesia, and Malaysia has continued to surge, becoming a core mode of transportation for local residents' daily commutes and short-distance travel. The tropical monsoon climate, characterized by year-round high temperatures, high humidity, heavy rainfall, coupled with the bumpy urban roads, frequent short-distance starts and stops, and the widespread use of fast charging, places the power batteries of two-wheeled electric vehicles under harsh operating conditions for extended periods. Problems such as battery overheating, moisture-induced short circuits, vibration damage, and rapid lifespan degradation have become core pain points hindering Southeast Asian electric vehicle manufacturers from upgrading quality and reducing after-sales costs. Against this backdrop, high-performance silicone potting compound for EV batteries has become a core, essential material for solving the battery protection challenges and optimizing battery thermal management in Southeast Asian two-wheeled electric vehicles.

Unlike traditional potting materials, this high thermal conductivity silicone potting compound, specifically developed for new energy two-wheeled electric vehicles, is precisely adapted to the extreme tropical climate and vehicle operating scenarios of Southeast Asia, making it the optimal solution for battery encapsulation in Southeast Asian two-wheeled electric vehicles. Firstly, the product boasts ultra-high thermal conductivity and heat dissipation performance, efficiently dissipating the heat generated during battery charging, discharging, and fast charging. This completely solves problems such as poor battery heat dissipation and high risk of thermal runaway in tropical high-temperature environments, stabilizing battery operating temperature and preventing cell aging, reduced range, and bulging caused by high temperatures, significantly extending the lifespan of the power battery. Addressing the year-round high humidity and rainy conditions and high salt spray content in Southeast Asia, this silicone potting compound forms a dense, elastic protective layer after curing, possessing excellent waterproof, moisture-proof, salt spray-proof, and dustproof properties. It comprehensively seals the battery module and BMS circuit board, preventing short circuits, leakage, and circuit corrosion caused by moisture and humidity intrusion, greatly reducing safety hazards associated with vehicle operation during rainy seasons and outdoor parking.

Meanwhile, Southeast Asian city roads are often bumpy and potholed, resulting in high frequency and amplitude vibrations during the operation of two-wheeled electric vehicles, which can easily cause battery cells to loosen and wiring to detach. As a protective material specifically designed for new energy two-wheeled vehicles, silicone potting compound for EV batteries boasts excellent cushioning, shock absorption, and deformation resistance. After curing, it exhibits excellent toughness, effectively absorbing vibrations and impacts during vehicle operation, firmly securing internal battery components, preventing structural loosening and damage, and improving the overall stability and fatigue resistance of the battery module. Furthermore, the product is suitable for an ultra-wide temperature range of -50℃ to 200℃, unaffected by the high temperatures and diurnal temperature fluctuations of Southeast Asian summers, maintaining long-term stable performance without aging, cracking, or delamination, perfectly adapting to the local year-round climate conditions.

For numerous two-wheeled electric vehicle assembly plants and battery manufacturers in Southeast Asia, this high thermal conductivity silicone potting compound offers exceptional practicality and cost-effectiveness. The product features a two-component formulation, excellent flowability, and good potting penetration, making it compatible with automated and semi-automated production lines. It quickly fills the tiny gaps in battery modules, meeting the demands of large-scale mass production. It also supports convenient rework; after curing, the cells and wiring can be easily cut and inspected, significantly reducing subsequent repair and rework costs. The product complies with RoHS and REACH international environmental standards, is halogen-free, and has a low odor, aligning with Southeast Asia's increasingly stringent environmental regulations for new energy materials, helping manufacturers achieve compliant production and overcome regional market access barriers.

In the current rapidly expanding Southeast Asian two-wheeled electric vehicle market, battery safety and durability are core competitive advantages for brands. By using professional silicone potting compound for EV batteries and employing advanced thermal conductivity technology adapted to the unique tropical conditions, we provide comprehensive integrated protection for the power batteries of two-wheeled electric vehicles, including heat dissipation, waterproofing, shock resistance, and corrosion resistance. This helps Southeast Asian electric vehicle manufacturers improve product quality, reduce after-sales failure rates, enhance their core market competitiveness, and seize the opportunities presented by the Southeast Asian new energy two-wheeled vehicle market.