Rigid Copper Busbar with Epoxy Powder Coating for Power Distribution
Insulated copper busbar features high dielectric strength, excellent adhesion, and crack-resistant bending. High-conductivity rigid busbar ensures low resistance, uniform current distribution, and efficient heat dissipation. Plated contacts enhance corrosion resistance, reduce contact resistance, and support reliable welding. Precision 3D bending and CNC punching enable EV battery integration.
Rigid copper busbar with epoxy powder coating offers high dielectric strength, strong adhesion, and excellent bending durability. Manufactured from high-conductivity copper, it ensures low resistance, uniform current distribution, efficient heat dissipation, and stable thermal performance. Plated contact areas enhance corrosion resistance, reduce contact resistance, and improve welding reliability. Supports precision 3D bending and CNC punching for EV battery integration and automated assembly.
| Parameter | Dielectric Strength | RoHS | Insulation Material | Temperature Resistance | Insulation Thickness | Conductor Material |
| Values | 20kV/mm | Qualified | Epoxy powder | 150°C | 0.4-0.8mm | T2Y2 copper |
Product Features
1. Insulation Performance & Environmental Resistance: Features a thin epoxy powder coating with excellent heat dissipation and high dielectric strength. Provides reliable insulation protection and breakdown resistance, withstanding 4000VDC for 1 minute to ensure stable operation in demanding new energy applications.
2. Precision Manufacturing & Easy Assembly: Manufactured with precision 3D bending and punching processes for high dimensional accuracy. Enables standardized installation, minimizes assembly errors, and improves production efficiency.
3. High Reliability & Long Service Life: Constructed from plated rigid copper with excellent conductivity, current-carrying capacity, and creep resistance. Ensures long-term mechanical durability and stable electrical performance while reducing maintenance costs.
4. Versatile Application Compatibility: Widely used in EV battery packs, energy storage systems (ESS), and low- and high-voltage power distribution equipment, providing reliable and efficient high-current electrical connections.
