Norplex-Micarta thermoset composite materials are ideal for insulation between metal structural components, such as washers, bolts and flanges. Not only do they effectively separate metals from contact and subsequent wear, but they also provide excellent mechanical strength. Creep resistance is also important because insulation materials need to maintain their shape and position to protect surrounding materials and maintain structural integrity.
NP310BW is composed of a cotton fabric combined with a phenolic resin system.
NP504 (NEMA G-3) is a high performance composite manufactured from a woven glass fabric with high-temperature phenolic resin system.
NP515LS (NEMA G-3) is a high performance composite manufactured from a woven glass fabric with high-temperature phenolic resin system
NP610 (NEMA X) is a phenolic paper material for mechanical applications.
NP611 (NEMA XP) is a hot-punching, paper based phenolic grade
P95 consists of woven glass fabric with polyimide resin.
It is a tubular thermoset composite material consisting of medium weave glass fabric reinforcement combined with a flame retardant epoxy resin system.
It thermoset composite tubing consists of a medium weave glass fabric combined with a flame retardant epoxy resin system.
It is a composite composed of a medium weave cotton reinforcement combined with a phenolic resin system.
It is composed of a fine weave cotton reinforcement combined with a phenolic resin system enhanced with a self lubricating graphite modifier.
It is composed of a medium fine weave cotton fabric reinforcement combined with a phenolic resin system.
It is a tube produced from a coarse weave woven glass fabric reinforcement combined with a epoxy resin system.
It is a composite tube produced from a fine weave glass fabric reinforcement combined with an epoxy resin system.
It is a composite tube produced from an extra fine weave (light weight) glass reinforcement combined with an epoxy resin system.
It is composed of a fine weave glass reinforcement combined with a phenolic resin system.
