Rexolite Uv Plastic Sheets

Rexolite is a transparent rigid insulating material created through a unique cross linking process.

Rexolite uv plastic sheets.

Rexolite 1422 and rexolite 2200 2200 is a fiberglass reinforced version of 1422. Rexolite specifications rexolite 1422. It is often used for high frequency substrates microwave components and lenses with acoustic optical and radio frequency applications. Technical data sheet rexolite rexolite is a thermoset rigid translucent plastic produced by cross linking and rexolite is specifically geared for the micro wave industry.

Rexolite 1422 is chemically resistant light weight resists water absorption and has negligible outgassing. It is also optically. Rexolite is one of the best dielectric materials known with a dissipation factor 200 times better than nylon. Specific gravity of 1 05.

Military specifications of rexolite. Two different forms were originally available. Rexolite is often used for high frequency circuit substrates microwave components and lenses with acoustic optical and radio frequency applications. Rexolite polycarbonate sheet is a lightweight material used in the construction industry to reduce the building costs while being compliant with the loading requirements of the structure.

Is a rigid transparent insulating material made by an irradiation cross linking process. Polycarbonate sheets has a key feature of transparency when integrated into roofing systems vertical walls and skylights rexolite s multiwall polycarbonate sheets and panels. Rexolite 1422 is a thermoset cross linked polystyrene copolymer. In contrast with other high temperature ultrahigh frequency dielectrics rexolite has the rigidity and ability to resist deformation under load.

Thermoset cross linked styrene copolymer. The main feature of rexolite is its stable electrical properties into the ghz frequency range. Rexolite 1422 conforms to military specification lp 516a type e2 formerly known as mil p 77c e2. This material has a combination of good physical and excellent electrical properties including low loss and stable dielectric constant making this material suitable for microwave lenses as well as precision components.