Products

Toray Toray CFRT® TL-6000 is a reinforced thermoplastic composite that blends the benefits of a thermoplastic polymer matrix with woven carbon fibers for enhanced performance. Within the product range, 2 layer (MOD1, 2L), 3 layer (3L), or 4 layer (4L) products are available, all ultra-thin, lightweight, and resilient. This material can be drilled, ground, polished and adjusted after being formed with a heated gun. TL-6000 has a smooth high-gloss finish and transparent surface to show woven carbon fiber.

Toray Toray MicroPly™ SF-4 is a BMI syntactic film that provides excellent elevated temperature properties and compatible to Toray RS-8HT. Toray MicroPly™ SF-4 is available in unsupported or supported continuous film form in various thicknesses from 0.25–2.5 mm (10 mils– 100 mils). Toray MicroPly™ SF-4 has been evaluated and qualified in aerospace structures. 204°C (400°F) Cure BMI Syntactic Film. Film to 127 cm (50”) wide.

Toray Toray CFRT® TL-2100 consist of the same composition resin, carbon fiber, and laminate )concept of our proprietary sandwich construction. The carbon fiber (graphite) provides strength, stiffness, and durability. TL-2100 Semi-Flex, Semi-Rigid, Rigid, and Ultra differ only in terms of the volume of carbon fiber used and the thickness of the sheet material. TL-2100’s custom-designed weave provides high-strength carbon fiber in the longitudinal direction of an orthotic.

Toray Toray CFRT® AG18-2L is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven glass fibers in a plain weave for enhanced performance. The AG-18 2L style laminate is available in a dual-layer product with glass fibers in both directions (0° & 90°). This construction is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray MicroPly™ SF-5 is a cyanate ester based syntactic film developed to be compatible with various cyanate ester matrices, including Toray RS-3. Toray MicroPly™ SF-5 is available in unsupported and supported continuous film form in thicknesses from 0.25–6.35 mm (10–250 mils). Toray MicroPly™ SF-5 has been evaluated and qualified in aerospace and dielectric structures. 177°C (350°F) Cure Cyanate Ester Syntactic Film. Film to 127 cm (50”) wide.

Toray Toray CFRT® PW-1000 is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven carbon and glass fibers in a plain weave for enhanced performance. The PW-1000 style laminate is available in a single-layer product; carbon in one direction and glass fibers at a 90° orientation to the carbon. This product is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray MicroPly™ EM-3 is a 121°C (250°F) curing expanding epoxy film based on low density syntactic film technology. It is an effective material in generating internal pressure in closed mold Applicationss and honeycomb filling, splicing, and stabilization. Toray MicroPly™ EM-3 is available in film form from 30–91 cm (12–36”) wide with standard thicknesses from 0.0635 cm to 1.27 mm (0.025“ to 0.050”). Other widths and thicknesses may be available upon request. 121°C (250°F) Cure Expanding Syntactic Epoxy Film.

Toray Toray CFRT® BW-1000 is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven carbon and glass fibers in a basket weave for enhanced performance. The BW-1000 style laminate is available in a single-layer product; carbon in one direction and glass fibers at a 90° orientation to the carbon that is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray CFRT® XTS 3L and 4L are reinforced thermoplastic composite laminates. They blend the benefits of a thermoplastic polymer matrix with uni-directional glass fibers for enhanced performance. The XTS style laminate is offered in 3-layer (0°/90°/0°Fiber orientations) and 4-layer (0°/90°/90°/0°Fiber orientations) construction that is ultrathin, lightweight, and resilient for improved energy return.

Toray Toray MicroPly™ EM-5A is a 177°C (350°F) cure expanding cyanate ester syntactic film (core splice). Its unexpanded density is approximately 50 pcf (0.80 g/cc) and exhibits an expansion ratio of up to 4x. It is available in continuous film rolls or in sheet form from thicknesses of 10–125 mils (0.25–3.18 mm). Standard widths are 61 cm (24”), but alternative widths up to 127 cm (50”) are available upon request. 177°C (350°F) Cure Cyanate Ester Syntactic Core Splice Film.

Toray Toray CFRT® TW-1000 is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven carbon and glass fibers in a twill weave for enhanced shapes and performance. The TW1000 style laminate is available in a single-layer product; carbon in one direction and glass fibers at a 90° orientation to the carbon. This product is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray CFRT® TWAG is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven glass fibers in a twill weave for enhanced shapes and performance. The TWAG style laminate is available in a single-layer product. The TWAG laminate is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray CFRT® TW-2000 is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven carbon fibers in a twill weave for enhanced performance. The TW-2000 1L & 2L style laminate is available in a single or multilayer product; carbon fiber reinforcement at 0° and 90° orientations that is ultra-thin, lightweight, and resilient for improved energy return.

Toray Toray CFRT® SL2000 / SuperLam, is a reinforced thermoplastic composite laminate. It blends the benefits of a thermoplastic polymer matrix with woven carbon fibers in a twill or plain weave for enhanced performance. The SL-2000/SuperLam style laminate is available in a single-layer product that is ultra-thin, lightweight, and resilient for improved energy return.