High-Flexibility Braided Copper Busbars & Connectors
Explore Our Braided Copper Solutions
Engineered in diverse geometries to deliver heavy-duty ampacity, maximum physical pliability, and low contact resistance across any power transmission or grounding infrastructure.
Flat Copper Braided Busbars
Multi-Layer flexible braided copper busbar
Copper busbar with different lug
Round Copper Braided Ropes
Integrated Tinned flexible braided copper busbar
High-Current Tinned Copper Stranded Flexible braided copper busbar
Technical Data & Engineering Specifications
Raw Material & Electrical Conductivity Matrix
| C11000/Cu-ETP | C10200 | C10100 | |
| Cu purity | ≥99.9%
|
≥99.95%
|
≥99.97%
|
| Conductivity %IACS | 97 | 98 | 101 |
Note: Generally processed using soft annealed pure copper wires or oxygen-free copper wires. Hard-drawn wires are available upon request for special structural conditions.
Dimensional & Structural Capabilities
Single Wire Diameter Range:0.05mm (AWG 44) | 0.07mm (AWG 41) | 0.10mm (AWG 38) | 0.12mm | 0.127mm (AWG 36) | 0.15mm (Standard) | 0.20mm (AWG 32) | 0.25mm | 0.254mm (AWG 30) ... Custom fine-wire gauges available.
Cross-Sectional Area (CSA): From ultra-compact 1.5 mm² scaling up to massive heavy-duty 6,000 mm² assemblies.
Finishing & Advanced Customization
Surface Plating Options:
- Bare Copper: High conductivity for standard environments.
- Tin Plating (Most Common): Enhances oxidation and corrosion resistance, perfectly maintaining continuous conductivity in humid or coastal environments.
- Silver Plating: Maximum possible conductivity, optimized for extremely low-resistance applications.
- Nickel Plating: Superior thermal stability and wear protection.
Terminal & End Styles:
- Supports standard industrial terminal lugs (SC, RNB, JG, UT, OT, DT, AWG series), brass/copper custom stamped terminals, or advanced molecularly fused/welded ends.
- Protective Accessories: Supports custom fluid-resistant plastic coatings, heavy-duty insulation tubing, and heat-shrinkable sleeves.
Our Rigorous 10-Step Manufacturing Process
Drawing premium T2 copper rods into ultra-fine copper strands of customized diameters.
Interweaving multiple fine copper strands into heavy-duty flat strips or round ropes.
Automated, high-precision cutting to meet customers' exact dimensional blueprints.
Rigorous cleaning and surface treating of the terminal zones to prepare for welding.
Sleeving terminal ends with heavy-walled copper tubes to ensure a secure mechanical bond.
Applying extreme pressure and heat to solid-fuse the terminations for ultra-low resistance.
Trimming excess material to deliver a smooth, clean, and completely burr-free finish.
Creating mounting bolt holes perfectly aligned with the customer's interface specs.
Rigorous electrical conductivity mapping, dimensional profiling, and workmanship verification.
Secure anti-oxidation packaging and logistics management for safe global transit.
Why Global Engineers Choose Us
In a market flooded with low-tier compromises, we uphold strict technical boundaries to safeguard your critical electrical infrastructure.
100% Virgin Copper Guarantee (Rejecting Recycled Materials)
Our Standard: We exclusively process brand-new, virgin copper rod inputs and provide certified material MTRs with every batch.
The Risk We Eliminate: Low-market bids often rely on recycled scrap copper, which suffers from hidden impurities and microscopic embrittlement. While they look identical on the surface, they pose catastrophic long-term cracking and resistance-spike risks.
Uniform Tension Braiding (Zero Broken Strands)
Our Standard: Our automated braiding lines maintain perfectly calibrated wire tension and uniform weave density, ensuring a flawless, smooth outer profile.
The Risk We Eliminate: Every single meter undergoes rigid post-braid optical inspections to guarantee zero surface burrs and zero broken strands, preventing field fraying under vibration.
Micro-Dense Terminal Crimping (Airtight Solid Junctions)
Our Standard: Our hydraulic crimping achieves near-molecular compaction. When our crimped terminations are cross-sectionally cut, the individual wire boundaries are virtually invisible—forming a single, ultra-low resistance copper mass.
The Risk We Eliminate: Poorly crimped alternatives leave internal air gaps that cause rapid oxidation, localized overheating, and eventual terminal detachment.
Ultimate MRO Agility: 1-Piece MOQ & Rapid Lead Times
Prototype Friendly: Minimum Order Quantity is 1 piece. We fully support your engineering trials and R&D stages.
Swift Turnaround: Standard samples (requiring no custom tooling) are dispatched within 1 week. Full-scale mass production volumes are typically delivered within 1 month, fully optimized to your project timeline.