How can we improve the heat resistance of acrylic products?

We know that acrylic products are sensitive to temperature. Acrylic products may be deformed if high temperature occurs, and some acrylic products may be placed outdoors. So, how to improve the heat resistance of acrylic products?

In fact, there are many ways to improve the heat resistance of acrylic products, and each method has advantages and disadvantages. While improving the heat resistance and transparency of acrylic products, there are also methods to reduce other properties. Sometimes, in order to improve the heat resistance and other properties of acrylic products at the same time, it is necessary to use multiple improvement methods at the same time.

For example, the main role of PhMI is to improve heat resistance, and the main role of MAA is to increase the refractive index. Using PhMI main monomer and MAA as auxiliary monomers, the obtained copolymer not only has high heat resistance, but also has high refractive index, so the obtained terpolymer has high heat resistance and low hygroscopicity. PPMMA-PhMI-NMA copolymer

There are also many material scientists who are developing high-performance acrylic products, expanding applications, and improving the economics of acrylic products. If there are friends who need acrylic products, I look forward to contacting us.