Thomas & Betts Cable Ties, 368mm x 4.8 mm, Black Nylon, Pk-100

Thomas & Betts Cable Tie, Black Nylon, 220N Tensile Strength - Ty-Fast Series - 7TAG054360R0337 TY400-50X-100

Organise wiring around your workplace with this cable tie from Thomas & Betts. It's made of durable polyamide, so is resistant to impact and abrasion, making it a reliable option for use in harsh environments. This material can also withstand up to +105°C of thermal intensity, so you can use it in high-temperature areas. As the tie is UV-stable, you can be sure it won't deform from exposure to sunlight whether you use it indoors or outdoors.

Organise wiring around your workplace with this cable tie from Thomas & Betts. It's made of durable polyamide, so is resistant to impact and abrasion, making it a reliable option for use in harsh environments. This material can also withstand up to +105°C of thermal intensity, so you can use it in high-temperature areas. As the tie is UV-stable, you can be sure it won't deform from exposure to sunlight whether you use it indoors or outdoors.

Features & Benefits

• High tensile strength of 220N for a firm hold on cables• Halogen and silicone-free so it won't emit toxic fumes in the event of a fire• Comes in a pack of 100 units, providing enough for numerous jobs• Dimensions of 365.7 (L) x 4.7mm (W) to handle large cable bundles

• High tensile strength of 220N for a firm hold on cables• Halogen and silicone-free so it won't emit toxic fumes in the event of a fire• Comes in a pack of 100 units, providing enough for numerous jobs• Dimensions of 365.7 (L) x 4.7mm (W) to handle large cable bundles

Applications

• Plant equipment installation• Server rooms• Open-plan offices

• Plant equipment installation• Server rooms• Open-plan offices

Can I reuse this cable tie?

No, this cable is designed for single use only because once it forms a ratchet with its teeth, you must destroy the connection to disengage it.

No, this cable is designed for single use only because once it forms a ratchet with its teeth, you must destroy the connection to disengage it.