PVC Info
Polyvinyl Chloride Plastic Containers
Characteristics of PVC
- Poor
- Excellent
- Clarity
- Moisture Barrier
- Oxygen Barrier
- Acid Resistance
- Grease & Oil Resistance
- Stiffness
- Impact Resistance
- Heat Resistance
- Cold Resistance
- Sunlight Resistance
- Aldehyde Resistance
- Base Resistance
- Ester Resistance
- Ether Resistance
- Hydrocarbon (Aliphatic) Resistance
- Hydrocarbon (Aromatics) Resistance
- Hydrocarbon (Halogenated) Resistance
- Ketone Resistance
- Good to Excellent
- Fair
- Good
- Good to Excellent
- Good
- Fair to Good
- Poor to Fair
- Fair
- Fair to Good
- Fair
- Poor
- Excellent
- Poor
- Poor
- Excellent
- Poor
- Poor
- Poor
Other Characteristics of PVC
PVC (Polyvinyl Chloride) has excellent transparency, chemical resistance, long-term stability, and good stable electrical properties. Traditionally a rigid material, but with the addition of phthalate esters as plasticizers, PVC becomes a soft and pliable material excellent for tubing. Though it may be attacked by many organic solvents, it stands up against oils and has a low permeability to gases. In its rigid form, PVC is found in sheets for use in items such as trays.
- Max Utilization Temperature: 158°F
- Min Utilization Temperature: -13°F
- Specific Density: 1.34
PVC for Packaging
PVC is a good option for packaging because it is available in a great range of sizes, shape, and color. Although PVC is typically transparent it can be dyed almost any color. PVC is also a good choice for packaging based on its high resistance to diluted acids and alkalis. PVC can be sterilized by gas and chemical disinfectant.
Other Uses of PVC
Flexible PVC is used for such items as wire, cable sheathing insulation, film, floor covering, synthetic leathers, and medical tubing.
