Plastic is one of the most widely used material for making various products because it is strong and flexible and can be molded into desired shape. It is used across various technology products. Plastic has a strong combination of properties of flexibility and strength. This strong combination supports its widespread use in almost all modern-day products.
According to GMI Research, the Chile Plastic Market is expected to show a CAGR of 2.6% over the forecast period 2026-2033. Energy performance of plastics is becoming of interest to purchasers and specifiers.
Insulation
Plastics can provide effective energy efficient insulation. Within the polyurethane system, there are two forms of insulation; rigid polyurethane boards and spray applied polyurethane (SPF). Rigid polyurethane boards can be used in the same way as fiberglass boards, and SPF can be used to fill wall cavities and to provide insulation in attics and other hard to reach areas. Because SPF and rigid boards provide better insulation than fiberglass, and take less time to install, contractors tend to use SPF and rigid boards. This makes fibersglass less competitive.
Windows
Plastic and polycarbonate window glazing provide some advantages over glass. Polycarbonate glazing is lighter weight and shatterproof. In addition, polycarbonate glazing reduces heating and cooling losses. Durability and operating costs provide a strong case for use of plastic windows.
Corrosion Free Plumbing
Plastic piping is corrosion resistant and provides numerous benefits to the user. Homes constructed using piping systems containing polyethylene, polypropylene, PVC, ABS and other plastics provide a system that will not corrode, and provides a permanent piping system. In addition, the piping is easier to install and fuses together to form a system. Joints are leak free.
Medical Products
Before the introduction of plastic, medical devices such as IVs and syringes were breakable. Metal was difficult to sanitize and provided little control over the shape of the final product. Now biocompatible plastics can be molded into various shapes and are used to create long-lasting medical devices, such as artificial joints and heart valves. Artificial heart valves are now a combination of both natural and synthetic materials. Plastic and other synthetic materials have changed the field of medicine and improved the quality of medical devices.
Cables and Wires
Electronic accessories are often made with plastics as they are less expensive, do not conduct electricity, and are more flexible than metal. Plastic is easier to dye and is available in a wider range of colors.
Because plastic is lighter than metals, it is commonly used in the production of cars. Plastic can also strengthen components, such as the windshield, and meet government regulations for auto safety.
Household Products
Technology has integrated the use of plastic to mass produce household goods. Plastic can be easily molded into various shapes and sizes.
Safety Equipment
One important aspect of the use of TPU is in the manufacture of thermoplastic polyurethane (TPU) firefighter helmets. The high softening and melting point of TPU allows the helmets to be exposed to flames and high temperatures without loss of structure and functionality. TPU helmets can withstand temperatures of up to 350 °C. Therefore, these helmets provide high level of protection to firefighters against high temperatures and flames.
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