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New energy power battery solution

Product coverage

Youxing Shark provides efficient, safer, and lightweight application solutions for power & energy storage batteries.

Bonding of Battery Components (Cell to Base Plate, Module to Liquid Cooling Plate)

Solution

Self-developed modified polyurethane resin combines the high toughness and elasticity of polyurethane with the high strength and adhesion of epoxy resin. It achieves excellent mechanical properties, meeting the elastic consistency requirements of new energy vehicles across a wide temperature range of -40°C to 60°C.

  • Thermal conductivity of the thermally conductive structural adhesive reaches 2.0 W/m·K
  • Tensile shear strength for aluminum-to-aluminum bonding at room temperature reaches 10 MPa
  • Under the same liquid cooling conditions, the 2.0 W/m·K thermal conductivity improves efficiency by 27% compared to 0.5 W/m·K.
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Battery Cell Potting

Solution

After potting, a foam barrier is formed, protecting adjacent cells, providing thermal insulation, and reducing thermal influence between cells. This enhances the overall integrity, impact resistance, and shock resistance of the PACK.
  • Low density, lightweight

  • Curing density: < 0.3 g/cm³

  • After self-leveling: foaming begins within 3-5 minutes.
  • Curing time: 20 minutes
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Battery Module Housing Structural Bonding

Solution

Used for assembly, bonding, sealing, and protection of entire battery modules, suitable for various aluminum, metal plates, engineering plastics, and composite materials.
  • High elasticity, high strength, high elongation
  • Excellent aging resistance
  • UL94V0 flame retardant rating
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Battery Cell Structural Bonding

Solution

Applied at the battery pack and module levels, compatible with various substrates, achieving high strength with low modulus or high strength with high elasticity, meeting various high structural strength requirements.

  • Compatible with aluminum, PET, engineering plastics, epoxy boards, etc

  • Lap shear strength: 1.0-15 MPa

  • Ultra-low density: ~0.7 g/cm³
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