Electrical Applications and Battery Components
Specific Properties
- Unmatched mechanical durability – significantly better wear and impact resistance than epoxy
- Easy thermoplastic processing
- Improved thermal efficiency – higher dielectric resistance means a lower thickness is required which allows for better heat dissipation
- Superior weatherability – able to withstand intense UV exposure and extreme thermal cycling
- Great chemical resistance – unaffected by long-term exposure to solutions like 50% sodium hydroxide and 10% sulfuric acid (ambient temp.)
- Excellent flexibility – capable of passing ISO 6860 (3.175 mm conical mandrel bend) at over 250 μm
- Adhesion to a wide variety of substrates – steel, aluminium, copper, nickel, and more
- Low coating density : higher covering efficiency
Applications
- Bus bars and connectors
- Battery racks
- Chiller plates / Cooling channels
- Switchgears
- Field coils
- Toroidal inductors
- Rotors and stators
- Other electrical components