What is P.V.C?

P.V.C (polyvinyl chloride) is a synthetic thermoplastic polymer with economically first-rate resistance to most acids, oils, grease, corrosive products and oil-based hydrocarbons (*), in addition to exceptional anti-abrasive resistance. 

Although relatively supple, P.V.C does not have the tactile sensitivity of rubber.

PVC is obtained by combining plasticizers and resins and melting them by a thermal process.

Various mixing processes and varying proportions of raw materials affect its resistance to wear, elasticity, chemical resistance and costs.

P.V.C is resistant to alcohols and glycolic ethers, but not to aldehydes, ketones, aromatic hydrocarbons, or to halogen, heterocyclic or nitrogen compounds. Depending on the type of

glove and its applications, P.V.C gloves can be used at temperatures between -4°C and +65°C. P.V.C melts at 85°C; but for very short, intermittent contacts and if hot objects are not

being handled for any length of time, it can quite easily be used up to 100°C.

Special PVCs for very low temperatures can be used at temperatures as low as -35°C.

^(*) for products tested in compliance with EN374 only.