4 Feet I.D Polyolefin 2:1 Heat Shrink Tubing
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13,022 reviews
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Industrial Heat-Shrink Tubing
Experiential insights by users
About 4 Feet I.D Polyolefin 2:1 Heat Shrink Tubing
Overall Feedback:
86% positive
86% appreciated the excellent chemical resistance, though 14% experienced degradation
I tested the heat shrink tube on electronics inside a glass box and it did not cause any damage.
I observed that the heat shrink has good chemical resistance as it did not damage the glass or electronics.
I tried three times but it did not work, indicating that the tubing did not provide the expected chemical resistance.
94% appreciated the excellent shielding effectiveness, though 6% found it mediocre
The heat shrink tubing effectively shielded the electronics inside the glass box without causing any damage.
I used industrial heat shrink tubing to fix the PVC drain tube off my air conditioner. I put it on the bit that was left sticking out, applied a little glue and shrunk wrapped it to the PVC. It worked great and no more tripping over a pipe.
I used heat shrink tubing to cover my garden hose connections and it worked great for aesthetic purposes.
The tubing did not shrink uniformly as described 2:1, but the thicker wall thickness was acceptable.
88% praised the consistent shrink ratio, while 12% experienced inconsistent results
I tested the heat shrink on an empty section and found the resulting tube to be uniform and smooth.
I used shrink wrap to fix the broken PVC pipe and it worked well.
I tested the heat shrink on a section without anything inside and found that the resulting tube was uniform and smooth, indicating the effectiveness of the shrink ratio.
I used a heat shrink tube to fix the PVC drain tube of my air conditioner. I applied a little glue and shrunk wrapped it to the PVC.
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87% liked the strong adhesive bonding, but 13% experienced peeling
I used a basic Wagner heat gun at high-temp with a cheap shrink wrap attachment and it cinched up tightly fairly quickly without burning the rubber.
I used this heat shrink tubing to secure a 10watt LED to the end of a glass rod, indicating its good adhesive strength.
I noticed that the tubing did not shrink uniformly as described 2:1 and has a thicker wall.
85% found it very flexible and easy to use
The heat shrink tubing was a tight fit over my garden hose, which helped me visualize the size limitations.
I tested the heat shrink tube by shrinking a section without anything inside and found that the resulting tube was uniform and smooth.
85% appreciated the excellent insulation properties
I used this heat shrink to secure a 10watt LED to the end of a glass rod inside a glass box with electronics. I applied heat directly to the LED and the heat shrink and it did not damage the glass or electronics.
91% appreciated its high temperature resistance, but 9% experienced melting
I used an industrial heat gun for shrinking and here's why.
