Acrylic product processing

Acrylic is also known as special treated plexiglass and plexiglass products. It has good light transmission performance, pure color, rich color, beautiful and smooth, balanced two day and night effects, long service life, no influence on use, etc. . In addition, acrylic and aluminum-plastic composite panels, advanced screen printing, etc. can be perfectly combined to meet the needs of enterprises. Acrylic plastic is the best outdoor advertising form to improve the business storefront and unify the corporate image. "Acrylic" is a transliteration word, and English is ACRYLIC. It is a chemical material. The chemical name "PMMA" is a polyacrylate, commonly known as "specially treated plexiglass". In the application industry, acrylic raw materials generally appear in the form of granules, plates, pipes and the like. Acrylic is translated from English Acrylic, a generic term for Acrylic acrylic and methacrylic chemicals. These include monomers, sheets, polymers, acrylic resins and composites.

Hardness is one of the parameters that can reflect the production process and technology of pouring acrylic sheet, and is an important part of quality control. The hardness can reflect the purity of the raw material MMA, the weather resistance of the sheet, and the high temperature resistance. The hardness directly affects whether the sheet will shrink and bend, and whether the surface will be cracked during processing. Hardness is one of the hard and good indicators for judging the quality of acrylic sheets. The cast acrylic sheet has a current high hardness index with an average Dyro hardness value of 90 degrees.

The light transmittance is over 92%, and the acrylic board colored with dye has a good color development effect. In addition, the acrylic sheet has excellent weather resistance, high surface hardness and surface gloss, and good high temperature resistance. . Acrylic sheets have good processing properties and can be divided into casting type and extrusion type according to the production process. Both thermoforming (including molding, blow molding, and vacuum blistering) can be used, as well as mechanical processing such as drilling, turning, washing, cutting, and the like. Micro-computer controlled mechanical cutting and engraving not only greatly improve the processing accuracy, but also create more beautiful patterns and shapes than the traditional way. In addition, the acrylic sheet can be laser-cut and laser-engraved to produce strange products.