Cable ties QOLTEC reusable 4.8 x 150 mm, pack of 50, black

QOLTEC reusable cable ties 4.8 x 150 mm, pack of 50 in black are designed to fasten and organise cables, hoses and small bundles where repeated fastening and release is needed. Each tie measures 4.8 mm in width and 150 mm in length, offering a balance between low profile and secure hold for common cable management tasks. The pack of 50 provides a convenient supply for multiple installations at home, in the office, workshop or AV setups.

Advantages

These reusable cable ties are constructed from durable materials that allow multiple cycles of fastening and release, reducing single-use waste. Their slim 4.8 mm width makes them suitable for tight spaces while the 150 mm length accommodates medium-sized bundles. The black colour helps to blend with most cables and interiors. The pack of 50 ensures consistent availability of ties for ongoing cabling projects.

Suitable for (tasks / use cases)

• Bundling electrical and data cables behind desks, entertainment units and server racks
• Temporary or adjustable fastening of hoses and tubing in workshops or garages
• Organising wiring during AV installations and home theatre setups
• Securing cable runs where frequent access and reconfiguration are required

Key specifications

• Width: 4.8 mm
• Length: 150 mm
• Quantity: 50 pieces per pack
• Colour: black
• Reusable design for multiple fastening cycles

How to use

Wrap the cable tie around the bundle to be secured, insert the tail through the locking head and tighten to the required tension. To release the tie, press the release tab or mechanism and withdraw the tail. Repeat fastening and release as needed; inspect ties periodically for wear and replace any that show visible damage.

Usage recommendations

For best results, group cables by function before fastening to reduce strain on individual ties. Avoid over-tightening to prevent damage to cable insulation and check compatibility with the operating environment—keep away from direct flame and avoid prolonged exposure to strong UV sources.