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Custom High-Quality Tinned Copper Braided Tape from China Suppliers | Anti-Radiation, High-Temperature Insulation | Factory Direct Manufacturer, Factory
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Custom High-Quality Tinned Copper Braided Tape from China Suppliers | Anti-Radiation, High-Temperature Insulation | Factory Direct Manufacturer, Factory
Introducing our high-quality flexible grounding connectors, crafted using premium copper stranded and braided wire for superior conductivity. Each terminal features a copper pipe with a tin-plated silver surface, ensuring optimal performance and durability. Our connectors are custom-sized based on customer specifications, and undergo specialized processing to maximize flexibility. With an excellent conductivity ratio and robust anti-fatigue capabilities, these connectors are ideal for various applications. As a trusted China manufacturer, our factory adheres to the highest standards to deliver exceptional products. Connect with us today to source reliable grounding solutions from leading China suppliers.
High-purity oxygen-free copper core ensures superior electrical conductivity.
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Flame Retardant
Flame retardant insulation ensures safe operation across all environments.
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Strong Fatigue Resistance
Reliable performance under repeated mechanical stress and bending.
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Versatile Applications
Ideal for electrical switching, automotive, heavy industrial & communications.
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.
Note: If you have special demands, please contact our team directly for customized solutions tailored to your technical requirements.
Frequently Asked Questions
Q What materials are used in the Tinned Copper Braid?
The tinned copper braid is made from T1 grade high-purity oxygen-free copper as the core conductor. Both ends are fitted with silver-plated or tin-plated copper tubes to enhance conductivity and corrosion resistance.
Q Can the product specifications be customized?
Yes. Specifications and connector sizes can be fully customized based on your specific requirements. Available standard sizes range from 4mm² to 95mm².
Q What are the main applications of the Tinned Copper Braid?
This product is widely used in electrical switching, automotive, heavy industrial, and communications applications. It is especially suitable for soft connections, grounding, and conductive purposes.
Q What surface treatment process is applied?
The standard surface treatment is tinning. The craftsmanship includes drawing, tinning, silver plating, bundling, stranding, braiding, annealing, and welding to ensure optimal performance.
Q Is it safe for high-temperature environments?
Yes. The product features flame retardant insulation and low heat generation due to its mesh weave and fine wire distribution design, making it reliable for industrial environments.
Q How flexible is the braid during installation?
The high-purity oxygen-free copper core provides excellent flexibility and softness. It can be easily bent and installed in tight spaces without compromising structural integrity.