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Whitepaper: Hot Staking for Flame-Retardant Plastics in Electric Vehicles
Flame-retardant plastics in battery housings and high-voltage components must withstand extreme loads. Hot air staking has established itself as a process-reliable and cost-effective joining technology. In this whitepaper by BASF and bdtronic, learn how the process works optimally for flame-protected plastics in BEV manufacturing.
What to Expect in the Whitepaper
- Material selection: Proven flame-retardant plastics (PA, PBT, PPA) for electric vehicles
- Process parameters: Optimized settings for various materials and geometries
- Practical examples: Successful applications in battery systems and safety sensors
- FEM simulation: Virtual optimization with Ultrasim for reliable joints
- Process quality: Emission-free, without additional materials or tooling costs
- Material expertise: Know-how from BASF combined with bdtronic machine technology