High-shear insulation material ofClimax HSI redefines the insulation standard of electric core!
HSI High-Shear Insulation Material is a specialized printing material designed for surface insulation protection of metal-shell batteries in the lithium battery industry. It features high shear resistance, excellent adhesion, high insulation and voltage resistance, bending endurance, abrasion resistance, and rapid curing speed. The material undergoes multiple aging tests and maintains long-term performance stability even under extreme operating conditions.
In large-scale production, time is efficiency. Thanks to its unique formulation design, HSI High-Shear Insulation Material achieves second-level curing characteristics, significantly shortening the coating curing cycle. It helps increase production capacity, reduce unit time costs, and provides a solid guarantee for mass production.
Different types of battery cells have diverse requirements for insulation coating thickness. Through advanced process control, HSI material enables precise adjustment of coating thickness. From micron-level printing to customized coatings of specific thicknesses, it delivers uniform and stable printing results, effectively avoiding local insulation failure caused by uneven thickness and ensuring cell consistency and reliability.
Insulation and voltage resistance are core indicators of battery cell coatings. HSI material forms an efficient insulation barrier on the cell surface, completely eliminating the risk of micro-short circuits. Even during long-term charge-discharge cycles, it maintains stable insulation performance, building a strong line of defense for battery safety and reducing the risk of thermal runaway at the source.
Batteries face complex operating conditions throughout their lifecycle. HSI material demonstrates superior environmental adaptability. Its special molecular structure provides excellent resistance to electrolyte erosion, effectively preventing coating swelling or aging caused by long-term electrolyte immersion. At the same time, the material maintains consistent performance in extreme conditions ranging from -40°C to 200°C, making it ideal for harsh scenarios such as high-low temperature cycles and thermal shock.
Battery cells endure certain mechanical stresses during assembly and use. HSI material offers outstanding adhesion, enabling it to closely conform to the cell substrate and prevent coating peeling. Additionally, the material possesses excellent flexibility and high shear resistance, effectively withstanding friction and impact, ensuring coating integrity and safety throughout the entire cell lifecycle.
HSI High-Shear Insulation Material uses environmentally friendly raw materials and a solvent-free formula. No harmful volatiles are emitted during production, and the material is naturally degradable after disposal. It fully complies with international environmental standards such as RoHS and REACH. Choosing HSI material not only enhances product performance but also supports enterprises in achieving green manufacturing transformation.
From efficient production and safety assurance to adaptation in extreme environments and green sustainability, HSI High-Shear Insulation Material provides a comprehensive solution for battery cell insulation coatings. It meets high-end manufacturing requirements for both power batteries and energy storage batteries. Choose Climax HSI High-Shear Insulation Material to ensure every cell combines safety and performance, injecting new momentum into the high-quality development of the new energy industry!