UV battery coating - an innovative choice for protecting new energy batteries

Amidst the rapid development of the new energy industry, the safety and performance of batteries have garnered significant attention. UV battery coatings, leveraging their unique advantages, have emerged as a crucial choice for the protection of new energy batteries. UV battery coatings cure quickly through ultraviolet exposure, precisely adapting to different battery components and providing reliable protection for batteries.

Traditional battery protective materials gradually reveal their deficiencies when facing complex working conditions, such as insufficient breakdown voltage resistance and poor adhesion. UV battery coatings, on the other hand, effectively compensate for these shortcomings. They exhibit excellent insulating properties, effectively blocking current and preventing short-circuit leakage. Additionally, they have a fast curing speed, significantly enhancing production efficiency, supporting automated production, and ensuring stable product quality.

Lankwitzer has excelled in the field of UV battery coatings, with its EvoProtect 455 UV and derivative series serving as a paradigm. This series is tailored for different components such as square cells and cylindrical cells, and can be cured in less than 5 seconds through ultraviolet irradiation, greatly enhancing production efficiency. The EvoProtect 455 UV (ue55 - 0500/7) for the Chinese market boasts a shear strength of over 12mpa and an insulation withstand voltage of over 6kvdc, maintaining stable performance even after 1000 hours of 85/85 aging testing. Currently, Lankwitzer has provided UV battery coatings for over 450 million commercial battery cells, with its products selling well globally and achieving a recycling rate close to 100%, leading the industry.

Nippon's UV battery coatings are also highly competitive. They utilize self-developed resins, boasting excellent insulation properties and zero VOC emissions, highlighting their environmental friendliness. When applied with fully automated spraying, a single coat can achieve a thickness of around 50 microns. UV curing alone is sufficient, reducing energy consumption and helping businesses reduce costs and increase efficiency. These coatings have been applied in multiple vehicle projects.

Sherwin-Williams' UV-cured coating solution boasts high dielectric strength and strong breakdown resistance, enabling it to withstand higher voltages. It adheres firmly to battery components, features a high-hardness coating with excellent wear resistance, meets flame retardant certifications, and offers high coating efficiency. It is an excellent choice for battery protection.

UV battery coatings are propelling the advancement of new energy battery protection technology due to their high efficiency, environmental friendliness, and excellent performance. With continuous innovation from various enterprises, UV battery coatings will play a greater role in the new energy sector, bolstering industrial development.