PVC Flexible Cables

Author: Avinash Bansal

PVC Flexible Cables are manufactured using PVC or Polyvinyl Chloride which is a thermoplastic material. These Cables have several applications and are used with valves, plastic pipes and fittings. Polyvinyl Chloride has numerous advantages as compared to conventional materials used to manufacture Flexible Cables.

There are a number of properties that make PVC Flexible Cables useful for a variety of applications. Some of these properties are listed below:

  • Fluid Friction: As compared to metallic materials, Polyvinyl Chloride leads to much less loss of friction. Less of Electricity is consumed due to this property of PVC Cables.
  • Corrosion Resistance: PVC has the property of offering immense resistance to corrosion by alkalis, halogens, acids and alcohols and several other materials that lead to corrosion.
  • Non-Electricity Conductor: PVC is a material which does not conduct electricity. It removes electrolytic or galvanic corrosion which demands costly repairs.
  • Thermal Conductivity: It minimizes heat loss, prevents moisture from condensing, and maintains a uniform temperature of the fluid. The cables manufactured using PVC generally don’t require insulation.
  • Weather Resistance: PVC Flexible Cables are suitable for use in any and every weather.
  • Dent Resistance: These Cables offer great resistance to dents.
  • Easy Installation: The installation process of PVC Flexible Cables does not have much hassle.
  • Low Maintenance: PVC Flexible Cables are preferred because they require much low maintenance as compared to Cables manufactured using other materials.
  • Long Lasting: PVC Flexible Cables are capable of retaining their properties over long time periods.

Centurion Power Cables Pvt. Ltd. is among the prominent Manufacturers of Multi Core Power Cables. It has been certified as an ISO 9001: 2008 company due to its consistent maintenance of quality standards. The range of products offered by the company consists of Control Cables, Armoured Cables and so on.