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China High-Quality Tinned Copper Braided Tape for Insulation - China Suppliers & Factory for Anti-Radiation & Anti-Corrosion Solutions Manufacturers, Supplier
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China High-Quality Tinned Copper Braided Tape for Insulation - China Suppliers & Factory for Anti-Radiation & Anti-Corrosion Solutions Manufacturers, Supplier
Our flexible grounding solution features high-quality copper stranded wire and copper braided wire as conductors, ensuring optimal conductivity and durability. Each connector is crafted with a copper pipe, expertly coated with silver tin plating for enhanced performance. Customized to meet specific size requirements from our valued customers, these connectors undergo specialized processing for flexibility and reliability. With a high conductivity ratio and excellent anti-fatigue capabilities, our products stand out in the market. As leading China suppliers and manufacturers, our factory is committed to delivering superior grounding solutions to meet your needs.
⚡Excellent ConductivityHigh-purity oxygen-free copper core for superior electrical performance.
🔥Flame RetardantHigh-grade insulation ensures safety in demanding environments.
⚙️High FlexibilityGood toughness and high softness for easy bending and installation.
🛡️Fatigue ResistanceStrong resistance for long-term reliable electrical connections.
🛠️CustomizableConnector sizes and specs can be tailored to specific needs.
Introducing our Tinned Copper Braid, a high-quality electrical component designed to meet the needs of various industries. This product uses copper stranded and copper braided wires as conductors, with silver-plated or tin-plated copper tubes on both ends to enhance performance. Connector sizes can be customized to meet specific requirements and are specially processed to create a soft connection for grounding purposes.
Our tinned copper braid offers excellent electrical conductivity and strong fatigue resistance, making it a reliable choice for a variety of applications. Flame retardant insulation ensures safety, while the tape's strong crimp and low resistance ensure a safe and stable connection. High-purity thickened oxygen-free copper core wire provides flexibility and can be easily manipulated without compromising performance.
This product is ideally suited for electrical switching, automotive, heavy industrial and communications applications. Mesh weave and fine wire distribution ensure low heat generation and even routing, helping to improve the overall efficiency and reliability of your electrical system. In addition, the tape's good toughness and high softness make it easy to bend and install, providing convenience and speed in various working environments.
📌Note: If you have special demands, please contact us directly for customized solutions.
Frequently Asked Questions
Q What material is the Tinned Copper Braid made from?
The Tinned Copper Braid is made from high-purity T1 grade oxygen-free copper. The conductors consist of copper stranded and copper braided wires, with silver-plated or tin-plated copper tubes on both ends for enhanced performance and corrosion resistance.
Q Can the connector sizes be customized?
Yes, connector sizes can be fully customized to meet your specific requirements. Available specifications range from 4mm² to 95mm² and beyond.
Q What are the main applications of this product?
It is ideally suited for electrical switching equipment, automotive systems, heavy industrial machinery, and communications infrastructure, as well as soft grounding connections.
Q What manufacturing processes are used?
The process includes drawing, tinning, silver plating, bundling, stranding, braiding, annealing, rewinding, and welding & cutting to ensure high conductivity and durability.
Q How does it ensure safety during use?
Safety is ensured through flame retardant insulation, strong crimp connections, and low electrical resistance. The mesh weave design also minimizes heat generation during operation.
Q Is the Tinned Copper Braid easy to install?
Yes, the product features high softness and good toughness, making it easy to bend and route even in tight spaces commonly found in automotive and industrial settings.