In the new energy vehicle and power battery industry, safety and environmental protection remain core concerns. With its exceptional performance, CoreMins Lithium Battery UV Insulation Material has obtained multiple authoritative certifications, providing your products with internationally recognized credentials for global market access.
Climax High-Shear UV Insulation Material demonstrates exceptional performance across multiple critical tests, fully meeting and exceeding requirements for insulation coatings in power batteries regarding safety, durability, and functionality. It provides new energy vehicle manufacturers and battery producers with a secure, efficient, and compliant comprehensive solution.
UN R100: Complies with mandatory safety standards for lithium batteries in new energy vehicles, ensuring battery system safety under extreme conditions such as collisions and short circuits;
IEC 62660: Meets International Electrotechnical Commission requirements for power battery performance and reliability, enhancing battery lifespan and operational stability;
EU RoHS/REACH: Employs an eco-friendly process throughout production, with compliant VOC emissions and zero heavy metal hazards, reinforcing green supply chain competitiveness.
1.
Enhanced Insulation Protection
Utilizes UV printing and optical curing technology to form instant, dense insulation layers that effectively isolate internal short-circuit risks. Withstands voltage 30% above industry standards.
2.
Adaptation to High-Speed Production
Achieves second-level curing speed, compatible with rapid production lines to boost manufacturing efficiency.
Exhibits strong adhesion to steel/aluminum shells without peeling or cracking.
3.
Eco-Compliance Assurance
Full-process compliance with EU environmental regulations (RoHS/REACH) from raw materials to production, enabling automakers and battery manufacturers to break through trade barriers and access global markets.
1. Impact Resistance Test
Cliamx High-Shear UV Insulation Material demonstrates a shear strength ≥15 MPa, with excellent impact resistance. Post-impact assessments confirm zero leaks, ruptures, or ignition. After crush testing, insulation resistance remains compliant with no structural failure.
2. Vibration Endurance Test
Maintains robust bonding strength without detachment under prolonged vibration stress, ensuring reliability in dynamic operational environments.
3. High-Temperature Storage Performance
After 1000 hours of dual 85 testing (85°C/85% RH), insulation resistance degradation remains <5%, significantly outperforming industry averages.
4. Thermal Runaway & Internal Short-Circuit Tests
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Heat Resistance: Heat distortion temperature >120°C, capable of withstanding localized temperatures exceeding 300°C during thermal events.
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Flame Retardancy: UL 94 V-0 certification with self-extinguishing properties, meeting industrial-grade fire safety standards.
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Thermal Management: Thermal conductivity >1.9 W/(m·K), enabling active heat dissipation to mitigate thermal runaway risks.
