PVC Conductor

Application and Features

PVC, or Polyvinylchloride, represents the acronym. Cables featuring PVC insulation or sheathing exhibit flame retardancy, a crucial factor for electric cables in most applications. Industries commonly use PVC cables for various applications such as control devices in machine tools, flow and assembly lines, conveyor systems, production lines, plant construction, switchgear cabinet construction, communication technology equipment, household appliances, generators, transformers, mechanical engineering, switchgear and control engineering, electrical engineering, installation and packaging technology, textile, woodworking electrical and data processing, cleaning equipment, automotive industry, automation technology, press and mold making, printing and paper machine construction, surface technology, iron and steel production industry, beverage filling plants, chemical industry, intrinsically safe circuits, control units in explosion-proof environments, CNC machining centers, lamps and lighting technology, and more..

Advantages

Highly Resistant – Cold resistant PVC shows good flexibility and mechanical strength even at sub-zero temperatures. It can also be exposed to various weather influences. Heat resistant PVC can resist temperatures up to +105°C. The insulation and sheath materials possess good electrical and mechanical values and have very good heat resistance. PVC is very resistant to corrosion, impact, abrasion, weathering, and even chemical rotting.
Mechanical Strength – PVC is tough and resistant to abrasion, and also has a decent mechanical strength, especially when looked at in comparison to its relatively low weight. In addition,
Safe and Cost Effective –PVC does not cost a great deal to make, and it is in much greater supply than other natural resources, which makes it rather a great deal cheaper to purchase.