It is known that Acrylic, whose chemical name is poly (methyl methacrylate), is a transparent thermoplastic used for a variety of applications, especially displays, signs and various commercial purposes.
Acrylic Fabrication is a lightweight, impact-resistant glass alternative that also offers greater durability. Like metal production, acrylic production is a process that provides various shapes of acrylic plastic with the help of advanced technology and experienced professionals.
Making Acrylic as a process involves certain operations such as mixing, acrylic extrusion, welding, lamination, acrylic foaming, vacuum foaming, etc. to offer the desired shape, size and structure of acrylic materials.
Benefits of Acrylic Fabrication?
Some of the main advantages of acrylic are its visual clarity, light weight, strength and resistance to heat and various chemicals. Acrylic, in particular, offers clarity and light transmittance comparable to glass. So basically you can see clearly from side to side as if there was no material at all. This makes it ideal for applications where traditional glass can be used.
However, acrylic is significantly lighter than glass, making it easier to use and install. It is also ideal for use in precision components where larger materials may not fit, or in applications where mobility is an issue because lightweight materials are easier to transport.
Acrylic is also more impact resistant than glass. Because it’s better at absorbing energy from flying debris or impact, it’s less likely to snap or break when hit by a flying object. If chipping or minor optical imperfections occur, the surface can be lightly polished to restore optical luster and clarity. Acrylic is also available in a variety of colors and finishes or textures.
Finally, acrylic is perfect for use in different environments. Acrylic is naturally UV resistant, making it an extremely durable and flexible material that can even be used in outdoor or industrial applications.
Methods and Processes
How exactly is acrylic made to create special elements that are so useful in a number of different applications? First, acrylic is formed by chemical reactions between compounds such as methyl methacrylate, acetone, and sodium cyanide. Acrylic sheet can be formed by three methods: extrusion, casting or continuous casting. Once an acrylic sheet is formed, there are several different production methods that can be used to adjust and shape it into specific shapes, sizes, and objects.
You can cut the acrylic to any size or flat shape you want using a method such as slicing or routing, and then give it a clean edge with edge finishing and polishing. With a straight saw cut, several acrylic sheets can be cut at the same time. CNC milling is used to cut curves, angles and finished acrylic shapes.
Then you have a method for bending and shaping the acrylic. This includes processes such as thermal bending. As the name suggests, thermal bending involves applying a high temperature to a material to make it easy to manipulate at a certain angle. Additional customization methods such as drilling, acrylic welding and general assembly are available. They are useful for those who need to work with plastic manufacturers or different materials that need to be combined in one application.
