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emcfix SHOP
Tinned Copper Braided Shielding Sleeve 15 mm × 1 m – Heavy-Duty Expandable EMI/RFI Cable Protection
Tinned Copper Braided Shielding Sleeve 15 mm × 1 m – Heavy-Duty Expandable EMI/RFI Cable Protection
Regular price
£12.00 GBP
Regular price
Sale price
£12.00 GBP
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Ensure robust electromagnetic compatibility (EMC) in your system with this premium 15 mm × 1 m tinned copper braided shielding sleeve—designed for heavy-duty protection in demanding environments. Perfect for coaxial, Ethernet, USB, power and control cables, this solution from our specialist range at emcfixSHOP offers practical, high-performance shielding and grounding in one flexible package.
Key Features & Benefits:
- Expandable tinned copper braid: 15 mm nominal diameter, 1 m length—easily slides over bundles of cables, conduits or assemblies and expands to accommodate varying diameters.
- Exceptional EMI/RFI suppression: The braid acts as a conductive shield that mitigates both radiated and conducted electromagnetic noise, helping you meet emission and immunity requirements with confidence.
- Durable construction: Tinned copper offers excellent corrosion resistance and long-term reliability; ideal for industrial, test-lab or high-EMC-risk environments.
- Versatile cable compatibility: Suitable for coax cables, Ethernet (shielded twisted-pair), USB/USB-C, power leads, control wiring and other assemblies where effective shielding is key.
- Fast retrofit or design-in friendly: Whether you’re upgrading an existing installation or incorporating into a new build, this sleeve offers an easy path to improved EMC performance without major redesign.
Applications:
- Shielding Ethernet runs in noisy switch-room or machine-tool environments
- Covering coaxial RF or video cables to limit external interference or emission
- Bundling power and signal leads in industrial automation panels
- Retrofitting test environments to control EMI/RFI without full enclosure rebuild
- Any situation where grounding and shielding of cable bundles is required to meet EMC standards
