With the boom of the electric vehicle market, traditional coating solutions can no longer meet its demands. As a cutting-edge coatings manufacturer, we have launched lightweight, high-protection coating solutions customized for new energy vehicles, which reduce body weight while providing excellent electrical safety protection and thermal management performance.
The rise of new energy vehicles (EVs) has not only changed the driving method but also placed higher demands on automotive coatings. To help improve driving range and battery safety, our R&D team has developed a series of high-performance coatings specifically designed for electric vehicles.
1. Lightweight Thin Coating Technology: Boosting Range In the design of new energy vehicles, "every gram of weight matters." Our lightweight coating technology optimizes the resin molecular structure to effectively reduce the thickness and weight of the single-vehicle paint film while ensuring coverage and mechanical strength, directly helping to improve the vehicle's driving range.
2. Battery Pack Specific Electrical Insulation and Fireproof Coating Safety is the core of new energy vehicles. The specialized coating we developed can be applied to battery enclosures and components, providing extremely high breakdown voltage protection (insulation). At the same time, this series of coatings features excellent flame-retardant performance, which can effectively delay thermal runaway in extreme situations and buy precious escape time for passengers.
3. Thermal Management and Insulation Coating To reduce the power consumption of the air conditioning system, we have introduced body coatings with infrared reflection functionality. This coating can effectively reflect solar heat energy, lower the interior temperature of the vehicle, thereby reducing cooling energy consumption and achieving truly green and low-carbon travel.
4. High-strength adhesion on composite materials (carbon fiber/glass fiber) New energy vehicles extensively use composite materials for weight reduction. Traditional paint surfaces struggle to adhere, whereas our dedicated primer system forms strong chemical bonds with carbon fiber and specialty plastics, thoroughly solving the problems of paint peeling and bubbling on composite parts.
5. Low-temperature baking technology, energy saving and emission reduction To protect the sensitive electronic components and plastic parts of new energy vehicles, our promoted low-temperature curing coating solution can rapidly harden at lower temperatures. This not only protects the vehicle body structure, but also significantly reduces the energy consumption of the factory.
Conclusion: The new energy era demands a completely new coating mindset. We do not merely provide colors; through functional coating technologies, we empower global automakers and refinish centers to meet the challenges brought by electrification, driving together toward a green future.