Flexible Copper Shunts
Flexible Copper Shunts
Core Specifications:
Material: T2 Red Copper (Purity ≥99.9%)
Structure: Multi-layer ultra-thin copper foil lamination (0.05–0.3mm)
Process: Molecular diffusion welding/pressure welding (solder-free)
Surface: Tin-plated, Nickel-plated, Silver-plated (optional)
Insulation: EVA/PE heat-shrink, silicone rubber, composite (optional)
Shape: Straight (F), C-type (180°), J-type, L-type, Custom
Electrical: 100–5000A | Resistivity: ≤0.0172Ω·mm²/m
Mechanical: ≥10,000 bends | Temp: -40℃ ~ +150℃
Selection Points
1
Rated Current: Determine the long-term/peak current carrying capacity.
2
Installation Space: Confirm the width, thickness, total length and bending requirements.
3
Connection Method: Clarify the hole spacing, hole diameter and terminal size.
4
Environmental Conditions: Consider temperature, humidity, corrosion and vibration level.
5
Insulation Requirements: Confirm whether insulation sleeves are needed and the required material.
6
Surface Treatment: Tin-plated (general purpose), Nickel-plated (corrosion-resistant), Silver-plated (low resistance).
Typical Applications
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Power Electrical Field: Switchgear, transformers, bus ducts, high and low voltage electrical appliances, generators, substations.
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New Energy Field: Energy storage battery packs, photovoltaic inverters, wind power equipment, high-voltage systems of new energy vehicles.
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Industrial Equipment Field: Welding machines, electric furnaces, electrolytic equipment, electroplating power supplies, frequency converters.
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Rail Transit Field: Conductive connections for locomotives, subways and EMUs.
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Communication/Data Center Field: UPS uninterruptible power supplies, bus connections for large server cabinets.
Package & Shipment:
