Multibrackets M Universal Cable Sock Self Wrapping 40mm White 25m

Multibrackets M Universal Cable Sock Self Wrapping is a self-wrapping cable management sleeve made from durable polyester. With a width of 40 mm and a length of 25 m, this white cable sock is designed to organise and conceal wiring in home cinema, hi‑fi systems, offices and other environments while operating in a temperature range from -50 °C to 150 °C. The product is delivered in shipping cases with 2 pieces per case and allows users to cut to the required length for custom installations.

Advantages

The self-wrapping design enables quick installation without tools and provides flexible access to cables when changes are needed. Polyester construction offers resistance to temperature extremes and mechanical wear, and the 40 mm width suits bundles of power and signal cables. Available in a long 25 m length, the sleeve can be tailored to project needs by cutting to size.

Suitable for

• Concealing wiring in home cinema and hi‑fi systems
• Cable management in offices and workstations
• Bundling power, audio and signal cables
• Custom installations requiring cut-to-length sleeving

Key specifications

• Brand: MULTIBRACKETS
• Model: M Universal Cable Sock Self Wrapping
• Width: 40 mm
• Length: 25 m
• Colour: White
• Material: Polyester
• Operating temperature: -50 °C to 150 °C
• Shipping case quantity: 2 pieces
• MPN/EAN: 7350073732807

How to use

Measure the cable run and wrap the sleeve around the cable bundle using the self-wrapping slit to close it. If a specific length is required, cut the sleeve to size before or after installation. For a clean cut and sealed edge, use the recommended M Cable Sock Heat Cutter (Article No: 7 350 022 732 926). Ensure cables are laid without sharp bends and allow service loops where future access may be needed.

Usage recommendations

Choose the 40 mm width for typical audio and power cable bundles; for larger bundles consider multiple sleeves or a wider product. Use the heat cutter for neat ends and to prevent fraying of the polyester material.