DeLOCK Woven Sleeve self-closing heat-resistant 2 m x 10 mm blue

The DeLOCK Woven Sleeve is a self-closing, heat-resistant cable sleeve designed to bundle and protect exposed cables, electrical tubes and wires from dirt, abrasion and heat. Made from continuous polyester fibres with a woven structure, it provides increased flame resistance and mechanical durability. The sleeve is 2 m long and 10 mm wide, with an inner diameter of 12 mm and an operating temperature range from -50 to 150 °C.

Advantages

The woven construction offers improved abrasion resistance and flame retardancy compared with plain sleeves. Its self-closing design allows cables to be added or removed multiple times without additional fasteners. The sleeve can be cut to the required length; a hot cutting tool is recommended to seal the cut edge and prevent fraying. The polyester material ensures flexibility and dimensional stability over a wide temperature range.

Suitable for

• Bundling and protecting power, signal and data cables
• Organising wiring inside equipment racks and distribution boxes
• Protecting wires from abrasion in machines and moving parts
• Applications requiring heat-resistant cable protection (−50 to 150 °C)

Key specifications

• Brand: DELOCK
• Model / MPN: 20876
• EAN: 4043619208760
• Material: Polyester (woven continuous fibres)
• Product colour: Blue
• Length: 2 m
• Width: 10 mm (approx. inner diameter 12 mm, outer diameter ~10 mm)
• Operating temperature: −50 to 150 °C

How to use

Slide the sleeve over the cable bundle; the self-closing weave will secure the cables without additional fittings. For retrofitting, spread the sleeve opening, insert the cables and release to let the sleeve close around them. If a custom length is needed, cut the sleeve to size and use a hot cutting tool to melt and seal the cut end to reduce fraying. The sleeve can be opened and closed multiple times to add or remove cables.

Recommendations

Use appropriate personal protection when cutting or heat-sealing the sleeve. Verify compatibility with nearby components and ensure the sleeve’s temperature rating matches the application environment.