copper laminated shunt-vertical

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October 15, 2025
Category Connection: Spot Welding Accessories
Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the manufacturing process of our customizable flexible laminated copper shunts, showcasing different configurations like F-type, L/J-type, C-type, and V-type shunts. You'll see how these high-conductivity connectors are made using advanced polymer diffusion welding and learn about their applications in resistance welding equipment and power systems.
Related Product Features:
  • Manufactured from high-conductivity, flexible electrolytic copper foils for reliable electrical performance.
  • Available in multiple configurations including straight F-type, 90° L/J-type, 180° C-type, and 45° V-type shunts.
  • Features advanced polymer diffusion welding technology for optimal quality and durability.
  • Customizable dimensions, thickness (0.1mm to 0.5mm), and contact surface treatments (galvanized or silver-plated).
  • Suitable for resistance welding equipment such as spot welders and seam welders.
  • Widely used in power plants, transformers, switchgear, and new energy vehicles.
  • Offers OEM services with customizable hole patterns, diameters, and positions.
  • Ensures safe delivery with sturdy packaging and multiple shipping options.
FAQs:
  • What types of laminated copper shunts are available?
    We offer various configurations including straight F-type shunts, 90° L/J-type shunts, 180° C-type shunts, and 45° V-type shunts to suit different application requirements.
  • Can the copper shunts be customized?
    Yes, our laminated shunts are fully customizable. You can specify dimensions, total thickness, width, length, hole diameter, hole pattern, number of holes, and contact surface treatment (galvanized or silver-plated).
  • What are the primary applications of flexible laminated copper shunts?
    These shunts are widely used in resistance welding equipment, power plants, transformers, generators, switchgear, new energy vehicles, and various industrial electrical systems requiring high-conductivity connections.
  • What welding technology is used in manufacturing these shunts?
    We use advanced polymer diffusion welding technology combined with high-current heating and pressure welding to ensure optimal quality and reliable performance of our laminated copper shunts.
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