Adhesive tape solutions for EV battery cell connection systems
Avery Dennison offers adhesive tape options for EV battery cell connection systems (CCS). These tapes provide high-temperature dielectric protection, bond securely to inorganic thermal and flame barriers, and can be used to have single-layer laminated cell connection system designs.
Pressure-sensitive adhesive solutions offer multiple advantages for cell connections systems
Cell connection systems are critical for EV safety and performance. Avery Dennison pressure-sensitive adhesive tapes for cell connection systems feature the following elements:
- High temperature-resistant adhesives
- Flame-retardant adhesive options
- Vibration absorption tuned to minimize stress into sense lines and connection points
- 600+ V CTI values (up to 1000V)
- Materials that eliminate injection molded carriers
- Adhesives can have a single-layer, laminated design that eliminates a topsheet
- Ability to customize solutions to fit application needs
Featured products
FT 8065
A single coated tape construction featuring a proprietary stretch facestock designed to accommodate a wide range of needs and pain points for electrical insulation in battery packs.
- Enables composites to pass UL 94 and other flammability requirements
- Bonds well to low surface energy substrates and foams
- Adds dielectric strength and flame retardance where electrical insulation is needed to protect materials from high voltages and arcing
ES 3507
High-quality ceramic fiber composite material with good fire resistance and insulation properties. Can withstand high-temperature impact of 800°C. Features a permanent, acrylic based adhesive.
- Excellent die-cut, peel properties, and excellent sealing properties
- Very high heat resistance and flame resistance
- Excellent tear resistance, high temperature resistance, and dimensional stability
- Suitable for various insulation applications
- Exceptional resistance to corrosion
FBA 8960
FBA 8960 is a 4.0 mil double-coated polyester with a modified acrylic adhesive. It bonds well to low surface energy materials and has good foam bonding properties.
- Dimensional stability and good die cutting characteristics
- Strong bond to low surface energy materials and good foam bonding performance
- Good heat resistance