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Bridgold: China Suppliers of Low-Voltage Electrical Products & Electric Brush Wire from Our Modern Factory

Digital & Modern Factory Overview

Bridgold proudly announces the launch of our new Phase II facility in China, covering an impressive 15,000 m² and commissioned in October 2023. This state-of-the-art factory is designed with advanced digital management and intelligent production systems, enabling full traceability and high precision in manufacturing. As one of the leading suppliers in the industry, we guarantee consistent quality and support for high-volume deliveries tailored for low-voltage electrical and electric brush wire applications. Our commitment to excellence sets us apart as a top choice among China suppliers.

    Deep Experience in Low-Voltage Electrical (Electric Brush Wires)

    With over 40 years of expertise in copper busbars and braided wires, we possess in-depth knowledge of the stringent demands of brush leads—motor commutation, high-frequency current transmission, and continuous dynamic flexing. From material selection and stranding design to plating processes and fatigue validation, we offer customized solutions throughout the entire design cycle, ensuring conductive stability and mechanical durability over long-term operation.

    Product Display

    Product Details (Core Functions of Copper Conductors)

    Leveraging over 40 years of surface treatment expertise, we offer tin plating options to effectively resist oxidation and corrosion while improving soldering reliability. Custom insulation layers are also available to meet diverse application requirements.

    BGTS(X) Series Ultra-Flexible

    BGTS(X) Ultra-Flexible Stranded Copper Wire: Featuring a micro-stranded construction with single-wire diameters as fine as 0.05mm (AWG41), offering an extremely small bending radius and excellent resistance to repeated flexing. Ideal for high-dynamic applications, specifically designed for micro-motor brush leads and high-frequency electronic devices.

    BGTSR Series Enhanced Tensile

    BGTSR Ultra-Flexible Stranded Copper Wire: Built upon the BGTS series with enhanced tensile structure, combining ultra-high flexibility with improved structural stability. Suitable for rotor connections and other applications requiring higher mechanical strength.

    Compliance & Specifications: Products strictly comply with GB/T12970.4-2009, with single-wire diameters ranging from 0.05mm to 0.12mm. Available in bare copper or tin-plated finish, with customizable construction and packaging upon request.

    Frequently Asked Questions (FAQ)

    What makes BGTS(X) stranded copper wire suitable for micro-motors?

    BGTS(X) features a micro-stranded design with individual wire diameters as fine as 0.05mm (AWG41). This allows for an extremely small bending radius and exceptional resistance to continuous, dynamic flexing, making it ideal for micro-motor brush leads.

    What is the difference between BGTS(X) and BGTSR copper wires?

    While both offer ultra-high flexibility, the BGTSR series is engineered with an enhanced tensile structure for higher structural stability, making it specifically tailored for rotor connections and applications with higher mechanical strength requirements.

    What single-wire diameter ranges and standards are supported?

    Our products strictly comply with the GB/T12970.4-2009 standard, offering single-wire diameters ranging from 0.05mm to 0.12mm with customizable construction configurations.

    What surface plating finishes and insulation options are available?

    We provide bare copper and tin-plated finishes to ensure oxidation resistance, corrosion protection, and optimal soldering reliability. Custom insulation layers can also be applied based on specific customer requirements.

    Can you provide full-cycle custom solutions for dynamic flexing applications?

    Yes, backed by over 40 years of expertise, we offer complete customization across material selection, stranding design, surface plating, packaging, and fatigue validation to guarantee long-term conductive stability and mechanical durability.