Marinite® 2200, A50, C, A, Ahp, I, M, and P are non-asbestos calcium silicate structural insulators that combine high strength and excellent thermal insulating characteristics for use in a variety of heat processing, fire protection, and electrical resistance applications.
Transite® cement boards are engineered to handle higher temperatures, loads and electrical conditions with less shrinkage and degradation compared to other asbestos-free formulas.
Transite® cement boards are engineered to handle higher temperatures, loads and electrical conditions with less shrinkage and degradation compared to other asbestos-free formulas.
CS85 was developed to be a high temperature replacement for asbestos Transite. It offers our highest strength and electrical resistance combined with minimal shrinkage for applications up to and exceeding 1800°F.
GLASTHERM® thermal insulating sheet is an excellent choice for mold insulation applications. GLASTHERM® sheet offers significant advantages when compared with other materials such as mica, asbestos concrete or calcium silicate. GlasTherm® sheet is an efficient thermal barrier and is strong to resist the effects of molding pressure and rough handling. It is resistant to oil and water absorption and is completely asbestos free.
A thermal insulating sheet with superior strength and heat resistance for applications with continuous use temperatures up to 550°F. It is designed for plastics and zinc die cast mold requirements.
A thermal insulating sheet with superior strength and heat resistance for applications with continuous use temperatures up to 550°F. It is designed for plastics and zinc die cast mold requirements.
A thermal insulating sheet with superior strength and heat resistance for applications with continuous use temperatures up to 550°F. It is designed for plastics and zinc die cast mold requirements.
This fiberglass reinforced polyester material is excellent for applications with exposure to acids and corrosive chemicals and fumes. Wesliner® also has excellent smoke and flame characteristics.
