Fiberglass materials have several advantages such as: excellent flammability resistance, moisture resistance, excellent insulation and good chemical resistance. They tend to have higher cost, be more abrasive and slightly more difficult to machine when compared with other substrates. Applications are numerous for structural components, high temperature and cryogenic applications, and various power generation and medical device applications.
To learn more about different Norplex-Micarta glass materials, please continue your selection below.
CJ895NB is constructed of an electronic grade woven glass fabric combined with high temperature epoxy resin. It can meet insulation class H.
CJ885NB is constructed of a woven glass fabric combined with a high temperature, easy machining epoxy resin. It is engineered to provide NEMA G-11 or EPGC IEC203 properties.
CJ855NB is constructed of a woven glass fabric combined with a high temperature, easy machining epoxy resin. It is engineered to provide HEC 3242, NEMA G-11 or EPGC IEC203 properties.
CJ835NB is constructed of a woven glass fabric combined with easy machining, non-brominated epoxy resin. It is engineered to provide NEMA grade G-10 and IEC EPGC 201 properties, and is easy to machine.
CJ845 is constructed of a woven glass fabric combined with a high temperature, easy machining epoxy resin. It is engineered to provide NEMA FR-5 or EPGC IEC204 properties.
CJ835 is a woven glass fabric composite combined with epoxy resin system.
CJ832 is constructed of a woven glass fabric combined with a high temperature, easy machining epoxy resin.
CJ865NB is constructed of an electronic grade find roving glass fabric combined with a high temperature, easy machining resin.
CJ835CR is constructed of glass fabric with epoxy resin system, and combine excellent electrical characteristics with superior phusical properties at cryogenic temperature.
CJ805CR is constructed of a woven glass fabric combined with easy machining, non-brominated epoxy resin.
