Product Features
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High-Purity Material, Superior Conductivity: Made from high-purity soft copper wire (purity ≥99.9%), it retains copper's natural high conductivity, featuring low impedance, minimal transmission loss, and outstanding current-carrying capacity.
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Precision Braiding, Stable Structure: Precision braided using 8-carrier/12-carrier braiding machines, it forms a regular, uniform rectangular cross-section (flat/square wire). This ensures even stress distribution, avoiding the localized stress concentration issues common with round wires. The structure resists deformation and strand breakage during long-term use.
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Balanced Performance, Strong Adaptability: It combines high flexibility (multi-strand fine-wire braiding allows repeated bending without brittle fracture), strong shielding effectiveness, and structural reliability (adjustable braid density to meet different strength requirements for various application scenarios).
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Flexible Customization, Precise Matching: Offers full-parameter customization – nominal cross-sectional area (mm²), single wire diameter (0.05mm-0.15mm), cut length (according to drawings/customer requirements), and number of carriers (8 or 12 configurable) – for a perfect fit in bespoke application scenarios.
II. Application FieldsWidely used for electrical connections (power equipment grounding, new energy battery connections), electromagnetic shielding (communication/high-frequency equipment interference protection), grounding systems (rail transit, industrial equipment safety grounding), and high-end electronic equipment anti-interference scenarios. It serves as a critical component for conduction and shielding in complex environments.
III. Structure & Composition
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High-Purity Copper Wires: The base material, soft copper wires with diameters of 0.05mm-0.15mm and purity ≥99.9%, ensures core electrical performance.
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Multi-Carrier Precision Braided Structure: Copper wires are interwoven via 8-carrier or 12-carrier braiding machines into a rectangular mesh structure. 8-carrier braiding suits standard precision scenarios (e.g., compact electronic devices), while 12-carrier braiding enhances density and strength (e.g., industrial heavy-duty equipment). Uniform braiding tension control prevents looseness or breakage.
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Rectangular Cross-Section (Flat/Square Wire): After braiding, a shaping process forms a regular rectangular cross-section. Compared to round wire, it increases contact area by over 30%, fits better against flat terminals/equipment enclosures, simplifies installation, and also distributes mechanical stress, enhancing long-term operational stability.
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