Under high temperature environment, the thermal motion of rubber molecular chains intensifies, and mechanical stress is more likely to cause slip and rearrangement of molecular chains.
Under high temperature environment, the thermal motion of rubber molecular chains intensifies, and mechanical stress is more likely to cause slip and rearrangement of molecular chains.
Low-smoke halogen-free flame-retardant polyolefin heat-shrinkable marking tubes, with their superior safety performance and environmental friendliness, are becoming an indispensable "life marking" in high-end electrical engineering.
The "leakproof" nature of oil-resistant rubber heat shrink tubing stems from its inherently adaptive, comprehensive, and long-lasting protection. It goes beyond physical shielding.
In the complex web of modern industrial and transportation electrical systems, oil-resistant rubber heat shrink tubing acts as an invisible guardian, silently defending against the attacks of oil, friction, and chemical corrosion.
Military-grade heat shrinkable marking sleeves play a vital role in ensuring the durability and legibility of wire and cable markings.
In modern electronics, electrical engineering, and industrial engineering, heat shrink tubing has long transcended its traditional role as a simple insulating material