Polyvinyl Chloride (PVC)

PVC (Polyvinyl-chloride) is one of the earliest plastics, and is also one of the most extensively used. It is derived from salt (57%) and oil or gas (43%). PVC is made from chlorine – produced when salt water is decomposed by electrolysis – with ethylene, which is obtained from oil or gas via a ‘cracking’ process. After several steps, this leads to the production of another gas: vinyl chloride monomer (VCM). Then, in a further reaction known as polymerisation, molecules of VCM link to form a fine white powder (PVC). This powder is mixed with additives (stabilisers and/or plasticizers) to achieve the precise properties required for specific applications. The resulting PVC granules (compounds) or ready-to-use powders (pre-mixes) are then converted into the final product.

Features & Benefits

  • durable and light
  • strong
  • fire resistant
  • excellent insulating properties
  • low permeability



  • Building products, including window frames and other profiles, floor and wall coverings, roofing sheets, linings for tunnels, swimming-pools and reservoirs.
  • Piping, including water and sewerage pipes and fittings, and ducts for power and telecommunications.
  • Coatings, including tarpaulins, rainwear and corrugated metal sheets.
  • Insulation and sheathing for low voltage power supplies, telecommunications, appliances, and automotive applications.
  • Packaging, pharmaceuticals, food and confectionery, water and fruit juices, labels, presentation trays.
  • Automotive applications, including cables, underbody coating and interior trimmings.
  • Medical products, including blood bags, transfusion tubes and surgical gloves.
  • Leisure products, including garden hoses, footwear, inflatable pools, tents.