Why Use PVC Film for Industrial Applications?
PVC film—also referred to as vinyl film—is a thin thermoplastic film available in a variety of forms and finishes. Depending on the requirements and restrictions of the intended application, it can demonstrate rigidity or flexibility and feature a clear, colored, translucent, opaque, matte, or glossy finish. Due to its versatile nature, the material finds use across a wide range of industrial applications, ranging from shower curtains to pharmaceutical packaging.
Why is PVC Frequently Used?
Compared to other thermoplastic film materials, polyvinyl chloride (PVC) film offers several advantages, including:
Durability. PVC is highly durable, exhibiting exceptional resistance to damage due to harsh environmental conditions such as corrosive chemicals, abrasion, shock, and impact. These properties make it suitable for use in medium to long term applications involving exposure to external environments.
Operational and environmental safety. PVC is non-toxic and thoroughly tested for environmental effects. It meets a variety of domestic and international health and safety standards, including those outlined by the U.S. Food and Drug Administration (FDA), Consumer Product Safety Commission (CPSC), National Sanitation Foundation (NSF), and International Safety Standards (ISS).
Fire resistance. Due to its high chlorine content, PVC is highly resistant to fire. It does not ignite easily or produce a great deal of heat when burned. However, as it can emit harmful chemicals when melted or burned, those handling the material in operations involving open flames or high temperatures should take the proper precautions to reduce the risk of adverse health effects. It is also self-extinguishing.
Non-conductivity. PVC does not conduct electricity, which makes it suitable for use as an insulator in industrial and mechanical components and buildings.
Cost-effectiveness. Despite its numerous advantages, PVC is inexpensive to manufacture and easy to manipulate into desired shapes and sizes. These qualities make it a cost-effective material option for industrial applications.