Powder coating for New energy
We are a manufacturer based in China, specializing in high-quality Powder coating for New energy for industrial clients worldwide. Technical support and custom formulation available.
Category：powder Coating | Brand：MT
Introduction
Insulating powder coating for new energy applications is designed to provide electrical insulation and surface protection for components used in electric vehicle battery systems. In addition to the protective and decorative functions of conventional powder coatings, this specialized coating is formulated to address electrical insulation, corrosion resistance, chemical exposure, and environmental durability requirements.
Suitable coating selection can help protect battery-related components exposed to demanding operating conditions. Performance should be evaluated according to the substrate, component design, coating thickness, application process, and relevant electrical and environmental requirements.
Key Advantages
Electrical Insulation
Designed to provide an insulating barrier on compatible battery components. Dielectric performance depends on coating thickness and test conditions.
Chemical Resistance
Formulated for resistance to selected chemicals and electrolyte exposure, subject to compatibility testing.
Corrosion Protection
Helps protect coated metal surfaces when suitable pretreatment and application conditions are used.
Corner Coverage
Designed to support coating coverage on component edges and corners, depending on geometry and spraying conditions.
Environmental Durability
The supplied product information reports successful testing under a double 85 environmental test. Confirm the test duration and acceptance criteria in the report.
Flame Retardancy
UL 94 V-0 is listed in the supplied product information. Verify the applicable material classification and certification documentation before making compliance claims.
High Dielectric Strength
The supplied information states a withstand voltage above 5,000 V at a coating thickness of 120–250 μm. Confirm the test method and conditions.
Applications
Battery Cells and Electrolyte-Exposed Components
For compatible components that require electrical insulation and resistance to specified electrolyte exposure.
Battery Modules and Housings
Protective coating for selected battery module structures and power battery enclosures.
Battery Busbars
Insulating coating for compatible busbar designs, subject to electrical clearance and connection requirements.
Battery Cooling Systems
For selected cooling-system components where coating compatibility and thermal requirements have been verified.
Power Battery Components
Protective coating options for metal parts used in new energy vehicle battery systems.
Customized Battery Parts
Other compatible components requiring electrical insulation, chemical resistance, or corrosion protection.
Technical Selection Considerations
| Requirement | Supplied Information | What to Confirm |
|---|---|---|
| Dielectric Performance | Withstand voltage above 5,000 V at 120–250 μm | Test method, voltage type, duration, specimen preparation, and coating thickness |
| Environmental Resistance | Double 85 test reported as passed | Temperature, relative humidity, test duration, and acceptance criteria |
| Flame Retardancy | UL 94 V-0 stated in the source information | Applicable material, specimen thickness, test report, and certification scope |
| Electrolyte and Chemical Resistance | Good resistance claimed | Specific electrolyte or chemical composition, exposure conditions, and compatibility results |
The values and performance statements above are based on the supplied product information and are not a substitute for the current technical data sheet, test reports, or application-specific validation. Electrical insulation coatings should be evaluated as part of the complete battery component design and must not be treated as the sole safety measure.
Looking for insulating powder coating for battery cells, busbars, battery housings, or cooling-system components? Contact our team with your substrate, target film thickness, electrical requirements, chemical exposure conditions, and estimated order quantity to discuss a suitable B2B coating solution.
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