How does the arc resistance of plastic granules, the material used in plugs, ensure safe use?

In terms of environmental adaptability, arc-resistant plastic granules perform better in humid or corrosive gas environments.

Excellent insulation, heat resistance, and deformation resistance—How are plug-specific plastic granules made?

To ensure all of this, high-performance plastic granules specifically formulated for plug production are essential. These granules must not only offer excellent insulation but also be heat-resistant, impact-resistant, and resilient to deformation.

Does the heat deflection temperature of the plastic granules used for the plug material ensure that the plug will not soften or deform under frequent plugging/unplugging or high current loads?

In the world of electrical connections, the plug, though small, plays a crucial role in power transmission and safety.

How do plastic granules balance flexibility and structural strength in the inner and outer layers of electrical wires?

Through a synergistic approach of material modification, formulation optimization, and processing technology, plastic granules successfully achieve this dual goal of flexibility and structural strength.

How does a unique production process improve the ductility and consistency of plastic wire drawing materials during the drawing process?

Plastic wire drawing materials play a crucial role in wire and cable manufacturing. Their performance directly impacts the reliability and durability of wires during drawing, installation, and use.

How does the inner core material ensure the stability of the wire's internal core structure?

The inner core material plays a crucial role in ensuring the stability of the wire's internal core structure.