Preparation and Characterization of Flexible Polyvinylchloride-Copper Composite Films

Abstract

Flexible PVC films are statically charged due to their low electrical conductivity. This creates fire threat during its handling. Conductive materials are added to films to prevent this. In the present study it was aimed to prepare PVC- copper composite films by sol gel technique and characterize the prepared films. It was aimed to increase the electrical conductivity of the films by adding copper powder. However, the copper particles settled down to bottom instead of forming a conductive network that covers the whole cross section. Thus at the film cross-section a plastic upper phase and a copper rich lower phase were present. The film did not conduct electricity due to this uneven distribution. The minimum volumetric and surface resistivities of the films were at the order of 109 ohm-cm and 1010 ohm square respectively.

Research into kinetic patterns of chemical metallization of powder­like polyvinylchloride

“…High-tonnage industrial thermoplastics are mainly used as a polymeric matrix: polyethylene [16], ABC [17], polyvinyl chloride [18], polystyrene [19]. Despite numerous studies that addressed the use of such fillers as carbon nanotubes [20] or graphene [21], metallic powders still remain the main fillers for obtaining advanced polymeric composites.…”

“…Despite numerous studies that addressed the use of such fillers as carbon nanotubes [20] or graphene [21], metallic powders still remain the main fillers for obtaining advanced polymeric composites. Metals that are the most widely used as fillers are copper [18], nickel [18,22], silver [23], iron [17].…”