Products in Military & Defense: Glass Beads & Fibers

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, Compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

TG-12-T is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

Hesgon Company Polyester-Glass Heat Shrink Tape 56-36PG is selvage edge tape that is constructed with polyester yarn in the warp direction and fiberglass yarn in the filling direction. Shrinkage will occur in the longitudinal direction in order to have a very tight wrap. Sharp corners and curves can be wound without the tape buckling or puckering and the correct overlap can be maintained since the tape will not shrink in the transverse direction.

The 776 braid is a tubular glass reinforcement with optimized 45° angles, total weight of 233 g/m and diameter of 96 mm. It is used in particular in the shipbuilding industry.

E-2LTI 7200 is a E-Glass fiber type.

C-TAPE™ U1000P 24K HS FT* is a unidirectional carbon fiber tape with a continuous weft, with a total weight of 1006 gsm. It is made using 24K HS carbon fiber. The binding provided by the weft, along with the addition of fine warp threads, ensures the regularity of the product’s appearance; This carbon tape is used primarily for local reinforcement with epoxy resin. * FOE fiber available upon request

C-TAPE™ U600P 24K HS* is a unidirectional carbon fiber tape with a continuous weft, with a total weight of 651 gsm. It is made using 24K HS carbon fiber; This carbon tape is used primarily for local reinforcement with epoxy resin. *Disponible également en fiber FOE

E-QX 2600 is a E-Glass fiber type.

Hesgon Company Polyester-Glass Heat Shrink Tape 48-72PG is selvage edge tape that is constructed with polyester yarn in the warp direction and fiberglass yarn in the filling direction. Shrinkage will occur in the longitudinal direction in order to have a very tight wrap. Sharp corners and curves can be wound without the tape buckling or puckering and the correct overlap can be maintained since the tape will not shrink in the transverse direction.

E-LT 1800-P is a E-Glass fiber type.

C-TAPE™ U300P 12K HS FT* is a unidirectional carbon fiber tape with a continuous weft, with a total weight of 310 gsm. It is made using 12K HS carbon fiber. The binding provided by the weft, ensures the regularity of the product’s appearance; This carbon tape is used primarily for local reinforcement with epoxy resin. * FOE fiber available upon request

E-T 1200 is a E-Glass fiber type.

E-T 0900 is a E-Glass fiber type.

E-LT 2900 is a E-Glass fiber type.

Hesgon Company Polyester-Glass Heat Shrink Tape 512-36PG is selvage edge tape that is constructed with polyester yarn in the warp direction and fiberglass yarn in the filling direction. Shrinkage will occur in the longitudinal direction in order to have a very tight wrap. Sharp corners and curves can be wound without the tape buckling or puckering and the correct overlap can be maintained since the tape will not shrink in the transverse direction.

TG-15-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

E-3LTI 10800 is a E-Glass fiber type.

TG-10-T is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TG-06-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

352B Direct Roving for LFT is coated with a silane-based sizing compatible with PA, TPU, and other resins. 352B is designed for LFT-G and LFT-D process. Its superior permeability with matrix resin makes it suited in automotive, electronic & electrical, military, telecommunication, construction, and sporting industry.

E-QX 1900 is a E-Glass fiber type.

Hesgon Company Polyester-Glass Heat Shrink Tape 46-72PG is selvage edge tape that is constructed with polyester yarn in the warp direction and fiberglass yarn in the filling direction. Shrinkage will occur in the longitudinal direction in order to have a very tight wrap. Sharp corners and curves can be wound without the tape buckling or puckering and the correct overlap can be maintained since the tape will not shrink in the transverse direction.