Vitrified polyolefin cable material, through an organic-inorganic synergistic transformation mechanism, achieves intelligent transformation from a flexible insulation material to a rigid fire barrier.

In modern buildings and public safety systems, cables serve as the "lifeline" for power and information transmission. Their fire resistance is directly related to the evacuation of personnel and the safety of property in the event of a fire.

From an aesthetic perspective, thermoplastic low-smoke, halogen-free, flame retardant cable material imbues wires and cables with an inherent cleanliness and strength.

Vitrified polyolefin cable material is a composite material based on polyolefin, which is treated by special processes to form a ceramic-like structure at high temperatures.

As a widely used protective material, the surface smoothness of heat shrink tubing is one of the important criteria for measuring product quality.

In terms of environmental performance, traditional cable materials often use ingredients containing harmful substances, which will cause environmental pollution during the production process and waste disposal.