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What factors significantly affect the self-extinguishing time of a silicone glass fiber self-extinguishing tube?

What factors significantly affect the self-extinguishing time of a silicone glass fiber self-extinguishing tube?

2025-12-23

If flammable materials such as grease and dust adhere to the surface of the pipe, it is easy to form a continuous combustion source during combustion, prolonging the self-extinguishing time.

How can we reduce the contact thermal resistance of polyvinyl chloride glass fiber sleeves through process improvements?

How can we reduce the contact thermal resistance of polyvinyl chloride glass fiber sleeves through process improvements?

2025-12-09

Polyvinyl chloride is prone to degradation under high temperature or ultraviolet light, which can cause the matrix to shrink or crack, and damage the interfacial bond with glass fiber.

What advantages make Teflon tubes a rising star in multiple fields?

What advantages make Teflon tubes a rising star in multiple fields?

2025-11-25

Driven by these demands, Teflon tubes, with their near-omnipotent physicochemical properties, have quickly distinguished themselves from numerous engineering materials, becoming a favorite in high-end fields such as electronics, chemicals, medical, and ae

How does composite paper silently safeguard safety in electrical equipment, becoming an

How does composite paper silently safeguard safety in electrical equipment, becoming an "invisible guardian" of electrical insulation?

2025-11-11

Inside various electrical equipment such as transformers, motors, generators, and capacitors, besides the obvious components like copper wires, iron cores, and casings, there is a seemingly ordinary yet crucial material—composite paper.

Is polyester-insulated lead wire resistant to high temperatures and aging?

Is polyester-insulated lead wire resistant to high temperatures and aging?

2025-10-28

In modern household appliances and industrial equipment, motors are core power components, and their operational stability is directly related to the lifespan and safety of the entire device.

Why does polyester film achieve high rigidity after biaxial stretching?

Why does polyester film achieve high rigidity after biaxial stretching?

2025-10-15

As a high-performance polymer material, polyester film is widely used in a variety of high-tech fields, including electrical insulation, food packaging, new energy, magnetic recording, and optical displays.

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