PVC Plastic – Polyvinyl Chloride
PVC is a thermoplastic, which means it can be heated to be shaped and cooled to harden repeatedly. This makes it particularly adaptable to different processing methods, such as extrusion, injection, and compression molding. It is also relatively resistant to chemicals, UV rays, and weathering, giving it a long service life.
Applications:
- Medicine: In medical settings, PVC is used to manufacture equipment such as IV tubes, blood bags, and various medical devices, thanks to its easy sterilization and biocompatibility.
- Construction: PVC is widely used in construction to manufacture pipes, profiles, and flooring. PVC pipes are prized for their corrosion resistance and ease of installation. In addition, PVC panels and windows are popular because of their durability and low maintenance.
- Electrical: In the electrical field, PVC is used as insulation for electrical cables and wires. Its ability to resist moisture and provide good electrical insulation makes it an ideal choice for these applications.
Chemical Composition
Polyvinyl Chloride
Standards
- Polyvinyl Chloride
- PVC
Product forms
Technical Specifications
- Density : 1,45
- Water Absorption 23° at 50% RH : 0,001
- Rockwell Hardness : D78
- Impact Strength Kj/m² : 10
- Elongation at Break : 20
- Modulus of Elasticity : 2500
- Melting Point °C : 160
- Coef. thermal expansion : 7
- Conduct ib. Thermal : 0,12
- Dielectric Strength : 35
- Dielectric Constant : 3,1
Areas of application
- Construction, civil engineering, electrical industry.
- Medicine
- Electrical
- Packaging
Properties
- Mechanical strength, chemical resistance, dielectric properties.