Nylon UV Resistant Cable Tie - 100mm Long x 2.5mm Wide, Black, Pack of 100
BULK DISCOUNT RATES
Buy 5 - 9 | and pay only $1.19 each |
Buy 10 or above | and pay only $1.10 each |
Buy 5 - 9 | and pay only $1.19 each |
Buy 10 or above | and pay only $1.10 each |
Our Nylon UV Resistant Cable Ties are designed to last under the harsh Australian sun. These high strength cable ties are manufactured via one-piece injection moulding so there’s no weak points in their design. The material used for this is a special grade of Nylon that’s been tested to numerous standards and is designed to last over 7 years in Australian conditions. This means cables, leads or objects secured with these outdoor cable ties will stay where you want them, permanently.
Nylon UV Resistant Cable Ties are non-retardant in compliance with UL94V-2 and are halogen free. They withstand temperatures between -40°C and +85°C and are tough, strong, and resilient. These cable ties also have good resistance to bases, greases, oils, oil derivatives and chloride solvents as well as some limited resistance to acids. They do not withstand phenols.
All sizes have excellent strength and holding power but precise strength ratings do vary according to the individual tie size. More information on this is available on the specifciations tab.
Colours | Black |
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Operating Temperature | -40°C to +85°C |
Max. Short-Term Temperature | +110°C |
Minimum Installation Temperature | -10°C |
Flammability | Flame Retardant |
Halogen Free | Yes |
2.5mm Wide Ties | 80N / 8kg |
3.6mm Wide Ties | 180N / 18kg |
4.8mm Wide Ties | 220N / 22kg |
7.6mm Wide Ties | 550N / 56kg |
Cable Tie Size | Minimum Loop | Maximum Loop |
100mm x 2.5mm | 3mm Ø | 20.5mm Ø |
150mm x 3.6mm | 3mm Ø | 36mm Ø |
200mm x 4.8mm | 3mm Ø | 49.5mm Ø |
300mm x 4.8mm | 3mm Ø | 81mm Ø |
370mm x 4.8mm | 6mm Ø | 103.5mm Ø |
370mm x 7.6mm | 6mm Ø | 105.5mm Ø |
540mm x 7.6mm | 6mm Ø | 162mm Ø |
SKU | SWM000096B01 |
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Are other colours available?
Not of this type, no.
Can they be loosened and reused?
No. Once they’re fastened they can’t be released. They can be further tightened though.