News

New Products

All new products

Industry News

The Difference Between Cold Shrink and Heat Shrink Cable Accessories
Now the most commonly used and the most convenient to install and use are heat shrinkable and cold shrinkable: Heat shrinkable cable accessories, as the name implies, are cable accessories that must be heated at high temperature before shrinking.
2022-02-24
Read More
Advantages of Cold Shrink Cable Accessories
The cold-shrinkable cable accessories have the advantages of small size, convenient operation, rapid operation, no need for special tools, wide application range and small product specifications.
2022-02-23
Read More
Several key points of Heat Shrinkable Cable Accessories installation
In general, insulation defects in cable lines are more affected by external factors, and most of the defects (non-external damage) occur in the installation of cable lines. Whether in theory or practice, the installation of Heat Shrinkable Cable Accessories is a top priority.
2022-02-14
Read More
Performance instructions and application advantages of double wall heat shrinkable tube
The hot shrinkable industry often refers to the double wall Heat Shrinkable Tube, also called a rubber heat shrinkage, an adhesive heat shrinkable tube, waterproof heat shrink tube.
2022-02-14
Read More
The definition of the heat shrinkable tube
Product testing equipment is complete, with Nano electron accelerator, injection moulding machine, rubber molding machine and other production and manufacturing equipment. Also it has high pressure screening test center, fully meet the needs of product inspection and testing.(China heat shrinkable tube)
2022-02-12
Read More
Straight Through Joint in Cable Accessories
At present, most of the prefabricated cable accessory Straight Through Joint of 110kV and above cross-linked cables are used at home and abroad, because they are all prefabricated structural materials as a whole, and the wrapping type joints and assembled prefabricated joints used in the early days have been rarely used.
2022-02-12
Read More