Cable tie Spacetronik SPACE 100×2.5 mm green — pack 100

Spacetronik SPACE cable tie 100 × 2.5 mm in green, supplied in a pack of 100, is a nylon fastening solution for bundling and securing cables, wires and small hoses in indoor environments. The tie is designed for routine cable management, installation and maintenance tasks where a compact, low-profile fastener is required. Its smooth surface and locking head provide a reliable hold for general-purpose organizing applications in electrical and network setups.

Advantages

The cable tie is made from durable nylon material that resists wear in typical indoor conditions and provides consistent clamping force after installation. Its 100 × 2.5 mm dimensions suit medium to small cable bundles while the green color allows for visual identification or color-coded organization. Supplied in a pack of 100, the set offers a convenient quantity for installers, technicians and facility managers who perform recurring cable management tasks.

Suitable for

• Bundling electrical and network cables
• Organizing wiring in server rooms and office installations
• Securing small hoses and tubing
• General-purpose fastening and temporary holds during maintenance

Key specifications

• Material: nylon (polyamide)
• Length: 100 mm
• Width: 2.5 mm
• Color: green
• Quantity per pack: 100 pieces
• Lock type: one-way ratchet head for secure locking

How to use

Wrap the cable tie around the cables or items to be secured, insert the tail through the locking head, and pull the tail until the bundle is held firmly. Trim the excess tail close to the head with cable cutters or scissors to reduce sharp edges and maintain a neat appearance. Use an appropriate tension level to avoid compressing or damaging cables; for delicate wiring, tighten only until the bundle is secure.

Usage recommendations

For long-term installations near heat sources or outdoors, consult material compatibility and consider UV-stabilized or heat-resistant alternatives. Use color-coded ties to identify cable groups and avoid over-tightening to protect insulation and signal integrity.