InLine Cable conduit, fabric hose with hook and loop fastener, 1m x 25mm grey

InLine fabric cable sleeve, 1 m long and 25 mm diameter, in grey. The sleeve is made from Velcro-compatible textile with an integrated hook-and-loop fastener that allows quick access and secure closure. It is intended to organize and protect single cables or small bundles in home, office and AV environments. The product is supplied as a single unit in a polybag.

Advantages

The fabric construction combines flexibility and abrasion resistance while remaining lightweight. The integrated hook-and-loop closure enables tool-free installation and repeated opening for cable changes. Its slim 25 mm diameter fits coaxial, power, signal and many data cables individually or in small groups, reducing tangling and wear. The grey colour is neutral and unobtrusive in most interiors and equipment racks.

Suitable for

• Routing and protecting single cables such as HDMI, USB, Ethernet, power and audio leads
• Cable management behind desks, monitors and entertainment centres
• AV installations and small network runs where minimal bulk and quick access are required

Key specifications

• Length: 1 metre
• Internal diameter: approximately 25 mm
• Material: Velcro-compatible textile fabric
• Closure type: integrated hook-and-loop fastener
• Colour: grey
• Packaging: single unit in polybag

How to use

Open the sleeve along the hook-and-loop seam, insert the cable or small bundle, then press the fastener together to secure the sleeve. For routing multiple sections, cut the sleeve to the required length with scissors and rejoin around cables using the hook-and-loop closure. To reposition or add cables, simply peel the closure open, make the change and press closed again.

Recommendations

Use the sleeve for single cables or small bundles that fit comfortably within the 25 mm diameter; avoid overstuffing to maintain closure effectiveness and airflow. Keep the fabric sleeve away from sharp edges and heat sources. For longer cable runs, join multiple sleeves with overlapping closures for continuous protection.