Connect Braided Fabric Heat Shrink Sleeving - 12mm x 2m

Best current price£12.54from eBay
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eBay£12.54Visit shop Connect Braided Fabric Heat Shrink Sleeving 12mm x 2m 34322
Visit shop
Best current price£12.54from eBay
Shopping.co.uk recommended and popular offers
eBay£12.54Visit shop Connect Braided Fabric Heat Shrink Sleeving 12mm x 2m 34322
Visit shop3 offers from £12.54 - £15.49
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This Connect Braided Fabric Heat Shrink Sleeving (12mm x 2m) is designed for professionals and DIY enthusiasts needing robust protection for wiring, hoses, and cables. Its key benefit is providing comprehensive shielding against fluids, abrasion, and electromagnetic interference, while its main caveat is requiring a heat source for activation. This versatile sleeving shrinks to half its original diameter, offering a snug fit around various automotive and industrial applications, including coolant pipes, fuel lines, and battery cabling.
| Model Part Number | 34322 |
|---|---|
| Brand | Connect |
Its primary purpose is to protect wiring, pipes, and cables from abrasion, fluids, electromagnetic interference, and potential rodent damage.
Slide the sleeving over the component, then use a hot air gun to apply heat evenly until it shrinks down to fit snugly.
The shrink ratio is 2:1, meaning it shrinks to half its original diameter (from 12mm down to approximately 6mm).
It protects against water, oils, hydraulic fluid, fuels, and antifreeze.
The operating temperature range is from -40°C to +125°C.
It offers good protection against abrasion and chafing, but it is not designed to withstand sharp cutting objects.
A standard hot air gun is recommended for effective and even shrinking. A heat gun designed for crafts or electronics work well.
This product is 12mm in internal diameter before shrinking and comes in a 2-meter length.
Ensure consistent heat application with the hot air gun. Move the gun slowly and steadily along the entire length of the sleeving. Check that the heat source is at an appropriate temperature for the material.
The applied heat may have been too intense or prolonged. For future applications, use slightly less heat or move the heat gun more rapidly. Ensure the initial diameter of the component is not exceeding the minimum allowable diameter of the shrunk sleeving (6mm in this case).
The heat source was too hot or held too close for too long. Reduce the heat setting on the gun or increase the distance and keep the gun moving to ensure even heat distribution.
The initial diameter of the component might be too close to the maximum 12mm ID of the sleeving. Consider using a slightly larger diameter sleeving or ensuring the component is as compact as possible before application.
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