| Type |
Double Wall
|
|---|---|
| Product colour |
Black
|
| Tube length |
10 Ft
|
| Diameter before shrinking |
1/2 Inch
|
| Diameter after shrinking |
1/6 Inch
|
| Shrinkage ratio |
3:1
|
| Diameter |
1/2 Inch
|
| Package weight |
136 G
|
|---|
| Package volume |
1.03 L
|
|---|
| Product colour |
Black
|
|---|---|
| Type |
Double Wall
|
| Diameter |
1/2 Inch
|
| Tube length |
10 Ft
|
| Diameter before shrinking |
1/2 Inch
|
| Diameter after shrinking |
1/6 Inch
|
| Shrinkage ratio |
3:1
|
The XHF 3:1 heat shrink tubing offers a robust solution for wire insulation and protection, particularly in demanding environments. Its double-wall construction, featuring an integrated adhesive liner, provides superior sealing against moisture, oils, and environmental contaminants. This design ensures reliable long-term performance, preventing corrosion and degradation of wrapped connections. The 3:1 shrink ratio allows for versatile application over various connector sizes, shrinking uniformly to create a secure and permanent bond when heated.
Engineered for durability, this tubing exhibits excellent electrical insulation properties along with high resistance to wear and aging. The adhesive liner melts and flows during the heat application, forming a watertight seal that is crucial for marine and industrial settings. Its oil-proof and wear-resistant characteristics make it ideal for protecting solder joints, wire harnesses, and electrical DIY projects where longevity and integrity are paramount. The black color offers a clean, professional finish.
Application is straightforward, requiring only a heat source such as a hot air gun or even a controlled flame to initiate shrinkage. The tubing conforms tightly to irregular shapes, encapsulating and protecting the underlying components effectively. This makes it a practical choice for a wide range of uses, including general wire end termination, electronics protection, and even surface protection for steel structures, contributing to the overall reliability and safety of electrical assemblies.