Polycarbonate sheets are versatile, impact-resistant plastics that can be shaped in many ways. They are used for a variety of applications across manufacturing and industry.

Using a combination of heat and pressure or molds, polycarbonate can be transformed into the desired shape. This process is called thermoforming.

solid polycarbonate sheet

Polycarbonate is a versatile plastic with many properties and uses. It is lightweight, shatterproof, impact resistant and energy efficient. It is also incredibly durable, strong and can be cut to fit any size or shape.

For instance, solid polycarbonate sheet has excellent clarity, so it’s a great material for greenhouses and other building projects that require exceptional transparency. It also has excellent UV protection, so it won’t yellow or fade over time.

Another benefit of solid polycarbonate sheet is its higher impact strength than other materials. This means it can be used for more rugged applications like police riot shields and ice-hockey rinks.

Additionally, it’s lighter than glass. This makes it a popular choice for eyeglasses and other forms of medical equipment, as well as security windows in areas where theft is a concern.

One of the most important considerations when choosing a solid polycarbonate sheet is the selectivity index (SC, Tvis, Rsol). These properties determine how much light will pass through and how much heat will be reflected.

When choosing a solid polycarbonate sheet for an outdoor project, look for sheets with a high SC and Tvis. This ensures you’ll be able to enjoy maximum visibility while maintaining a controlled temperature inside.

hollow polycarbonate sheet

A polycarbonate sheet is used for a wide range of applications, from construction to electronics. It is a light, durable material that can be customized to meet the needs of any project.

Unlike glass, it has no toxic gases that spread fires. It also has a B1 flame resistance rating, making it ideal for building structures in fire-prone areas.

Hollow polycarbonate sheets are often used to create partitions in buildings and greenhouses. They are easy to transport and install and can be customized to open and close as needed.

They are made with a variety of colors, including clear, opal, “orange peel” and bronze. Some are UV protected, helping prevent yellowing due to sunlight.

Multiwall polycarbonate has excellent thermal insulation properties because of the air that is trapped inside its hollow structure. It can be extruded in a number of different wall configurations, including 2-wall, 3-wall, X-structure and honeycomb.

This type of polycarbonate is also extremely lightweight, making it easier to install and move. It weighs about 50 percent less than glass, which means you can save on shipping costs and simplify material handling. It can also be made in a wide variety of colors to suit your design needs. You can also find translucent and opaque sheets that help control solar heat gain.

clear polycarbonate sheet

Clear polycarbonate sheet is an excellent alternative to glass for window coverings, skylights and other applications where transparency is desired. It's also a great choice for greenhouses because it allows sunlight to filter through while protecting plants from UV rays.

Clear polycarbonates are durable, strong and flexible. They can withstand high temperature and impact. They also resist yellowing and clouding and can last for years with little to no maintenance.

They are commonly used in lens and machine guards, POP displays, sign faces and in the automotive industry for radiator flame broils, entryway handles and other parts. They also serve as protective visors for riot shields and prison windows, providing bullet-resistant protection to the equipment they protect.

They're lightweight and can withstand temperatures up to 120 degrees Celsius. This makes them a good choice for fire-prone areas. In addition, they help control solar heat gain and are available in tints to suit your needs. These models include bronze, light grey and dark grey, which can help control the amount of sun that comes through a polycarbonate window or other building barrier.