Thermal management
Reinforcement for blankets and barriers used to control heat transfer.
Woven glass fabrics for high-temperature insulation, electric motors, generators, and turbine systems.


JPS woven glass fabrics support insulation in power generation and other high-temperature environments. Fiberglass reinforcement contributes electrical separation, mechanical strength, and thermal performance to tapes, coated mats, and blankets. Materials are selected for the equipment’s operating conditions and for the coating or resin used in the finished industrial insulation system.
Reinforcement for blankets and barriers used to control heat transfer.
Glass fabrics for insulation around energized equipment and conductors.
Low-thickness, high-strength glass reinforcement for mica-backed insulation.
Finishes for mica, ceramics, rubber, silicone, and thermoplastics.
Fiberglass reinforcement supports insulation tapes and silicone-coated mats used with generators, transformers, switchgear, bus bars, and cable systems.
Thermal blankets help limit heat loss; barriers and reflectors help shield sensitive components from elevated temperatures.
JPS develops finish chemistries for insulation coatings and can tailor bonding to films, foils, and application-specific manufacturing requirements.

Low-thickness glass fabric reinforces mica-backed tapes used around motor and generator components. Glass also supports insulation around transformers, switches, and cables.

Woven glass forms the supporting layer in coated mats, thermal blankets, and bonded insulation. The finish must work with the mica, silicone, ceramic, film, or foil system and its operating conditions.

Pure silica fabrics provide a reinforcement option for high-temperature insulation and heat-shield designs. JPS can review the fabric and finish against the thermal and processing requirements.
Contact JPS for material selection and technical support.