Acrylic sheet The commercial term "PlexiglassTM" is more widely used to refer to acrylic also known as PolyMethyl MethAcrylate or PMMA, an opalescent plastic. The substance can be used as an impact-resistant substitute for glass, just like polycarbonate.
Acrylic was created for the first time in 1928 and released on the market five years later. Acrylic sheet considered as one of the finest polymers on the market. Benefits of acrylic
Due to particular characteristics, acrylic (PMMA*) is an ideal substance for use in a variety of applications, such as testing food and beverages, medical devices, and other life sciences research. In addition, acrylic is also known for its UV resistance, making it suitable for outdoor applications such as signage and display cases. Its versatility allows for easy customization and shaping, making it a popular choice among designers and architects for creating unique and modern structures. Acrylic lenses and light guides Because of its clarity, acrylic is perfect for making lenses and optical devices. Highest Levels of Transparency & Clarity in Optics Acrylic plastic transmits 92 percent of white light, has outstanding light transmission qualities, and gives exceptional optical clarity akin to glass. Both Perspex and Plexiglas are excellent materials for the production of light guides and lenses. Compact and Impact Resistant The impact resistance of acrylic sheets ( can be up to 17 times greater than that of regular glass, and they offer excellent resistance to component damage from shock or impact. It is also half as heavy as glass, making it perfect for accuracy component manufacturing. Food and beverag microfluidics Acrylic is the perfect material to utilize in the production of food and beverage analysis and testing equipment due to its temperature tolerance. Resistance to Heat Acrylic sheet can be fully hot treated and diffused bonded, and it is highly resistant to temperature changes, making it perfect for use in the production of medical valves and microfluidics devices. Chemical resistance The fabrication of medical bridges and microfluidics equipment is best suited for acrylic. Chemically Inert Acrylic plastic is excellent for use in the production of medical manifolds, microfluidics & fluidic manifolds, and devices because it has a good resistance to a wide range of chemicals. Acrylic sheet is used for roofing and skylights in industrial and commercial buildings due to its durability and weather resistance. Additionally, acrylic is commonly used in signage and displays due to its clarity and ability to be easily molded into various shapes.
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