Powder coating for New energy About
Insulating powder coating product advantages
- Good electrolyte resistance;
- Excellent corrosion resistance;
- Excellent chemical resistance;
- Proof of construction stability;
- Excellent corner coverage performance, providing comprehensive protection;
- Voltage resistance greater than 5000V/120-250m;
- Passed the double 85 test, with good environmental resistance;
- Meet UL94-V0 flame retardant certification.
Scope of application of insulating powder coating
- Battery cells and workpieces in contact with electrolyte
- Battery module
- Battery busbar
- Power battery housing
- Cooling system
Versatile Protection for New Energy EquipmentThis powder coating delivers unbeatable surface protection and finishing, specifically catering to the needs of new energy equipment and components. Its robust formulation shields surfaces from harsh weather, UV exposure, and corrosion-prolonging equipment lifespan and maintaining peak performance. The coating ensures vibrant color retention and a smooth, consistent finish.
Multiple Finish Types and Customization OptionsChoose from matte, glossy, satin, and textured finishes to match your project's functional and aesthetic requirements. With extensive color options including orange, grey, yellow, brown, blue, violet, and more, plus customizable gloss and finish levels, this powder adapts to any design vision or branding specification.
Reliable Quality and Industry ComplianceEngineered for industrial applications, this powder coating adheres to rigorous standards for adhesion, impact, and weather resistance. It is RoHS and REACH compliant, ensuring environmental responsibility without compromising performance. Suitable for aluminum, steel, and galvanized metals, the coating achieves a flawless protective layer using an efficient electrostatic spraying process.
FAQ's of Powder coating for New energy:
Q: How is powder coating for new energy components applied?
A: Powder coating is applied using the electrostatic spraying method, where the powder is charged and sprayed onto the surface of aluminum, steel, or galvanized metals. The component is then cured at temperatures between 160C and 200C to achieve a uniform and durable finish.
Q: What types of finishes are available for this powder coating?
A: You can select from a variety of finish types including matte, glossy, satin, and texture. Customization is also available to match your preferred color, gloss level, or specific finish characteristics.
Q: When should I use this powder coating for my new energy equipment?
A: This powder coating is ideal when you require excellent surface protection, UV and corrosion resistance, and a smooth, colored appearance for parts and equipment within the new energy sector. It is suitable for both indoor and outdoor components needing long-lasting quality.
Q: Where can this powder coating be applied?
A: It is designed for application on substrates such as aluminum, steel, and galvanized metals. This versatility makes it suitable for a broad range of new energy devices and components.
Q: What is the recommended film thickness, and why is it important?
A: The recommended film thickness is 60-80 microns. This range ensures proper coverage, optimal protection, and a high-quality finish without risk of cracking or insufficient protection.
Q: How long is the shelf life and how should I store the powder?
A: The powder coating has a shelf life of 12 months when stored in a cool, dry place below 25C, kept away from direct sunlight in sealed bags or drums to preserve its performance properties.
Q: What are the environmental and performance benefits of this powder coating?
A: This powder coating is compliant with RoHS and REACH standards, making it safe for the environment while delivering excellent adhesion, impact resistance, and weather resistance-ensuring your equipment remains protected and maintains its appearance.