Products

Toray AmberTool® HX56 is an epoxy composite tooling prepreg. After a suitable post cure, an end use temperature of 180ºC (356ºF) is achieved. Toray AmberTool® HX56 achieves an excellent surface finish for small to medium sized autoclave tooling.

Toray AmberTool® HX50 is an epoxy composite tooling prepreg. After a suitable post cure, an end use temperature of 180ºC (356ºF) is achieved. Toray AmberTool® HX50 achieves an excellent surface finish for small to medium sized autoclave tooling.

Toray AmberTool® HX42 is an epoxy composite tooling prepreg. After a suitable post cure, an end use temperature of 190ºC (374ºF) is achieved. Toray AmberTool® HX42 has proven pedigree in aerospace tooling.

Toray AmberTool® HX40 is an epoxy composite tooling prepreg. After a suitable post cure, an end use temperature of 190ºC (374ºF) is achieved. Toray AmberTool® HX40 is ideal for high temperature larger scale tooling.

TCF4001 cyanate ester syntactic foam is unique in the industry due to its extremely low density and good structural properties. TCF4001 does not require pressure during cure to achieve it mechanical properties and can be machined to shape if required.

TC420 is a flow controlled cyanate ester prepreg, toughened to resist microcracking. TC420 is ideal for out of autoclave large structures in ultra high temperature applications. It is easy to process and yields a low void content under vacuum bag only.

TC410 cyanate ester prepreg achieves extremely low moisture absorption and high conversion levels. TC410 is designed specifically for radomes and satellite structures, providing good resistance to radiation, low microcracking and, low dielectric and loss.

TC4015 cyanate ester film adhesive, formulated for low moisture absorption and high temperature bond strength applications. TC4015’s strength and toughness when bonding is often greater than epoxy and polyimides especially at elevated temperatures.

TC275-1E is a dual cure toughened epoxy prepreg designed to facilitate a thick or larger composite part construction with low pressure or vacuum pressure cures. The resin system features a 28 day total out time.

TC275-1 is a dual cure toughened epoxy prepreg designed to facilitate composite part construction with low pressure or vacuum pressure cures. TC275-1’s out time allows the lay-up of thick or larger composite structure.

SF-5 is a cyanate ester based syntactic film with compatibility to various cyanate ester matrices, including RS-3. SF-5 is available in unsupported and supported continuous film form in thicknesses from 0.25–6.35 mm (10–250 mils).

SF-4 is a BMI syntactic film with excellent elevated temperature properties and compatibility to RS-8HT. SF-4 is available in unsupported and supported continuous film form in thicknesses from 0.25–2.5 mm (10–100 mils).

RS-8HT is a BMI resin which provides excellent elevated temperature properties and processability. RS-8HT has been evaluated and qualified in the areas of satellite and airframe / missile structures.

RS-3 is a modified cyanate ester prepreg, providing a good balance between toughness and high temperature/wet performance. RS-3 is qualified in satellite, airframe/missile and, radome structures. RS-3C is a controlled flow vacuum bag only cure version.

RS-16 is a two-part low viscosity cyanate ester RTM resin for wet winding, RTM and VARTM processing. RS-16 is intended for lower temperature exposure and is an ideal system when used with different materials limiting the upper cure temperature.

EX-1541 is a cyanate ester syntactic foam unique in the industry due to its extremely low density and good structural properties. EX-1541 does not require pressure during cure to achieve it mechanical properties and is easily machined to shape if required.

EX-1516 cyanate ester film adhesive which has been formulated for low moisture absorption and / or low dielectric constant and loss applications. EX-1516 provides strength and toughness when bonding solid, honeycomb or foam core structures.

EX-1515 cyanate ester prepreg provides optimal mechanical properties, high radiation resistance, microcracking resistance, low moisture absorption / low outgassing while retaining toughness, a low 244°F (118°C) stress-free temperature and long out time.

EX-1510 is a toughened two-part cyanate ester resin with extremely low viscosity at room temperature, allowing RTM to take place without heating the resin. This facilitates mold filling time for difficult and / or large RTM’d structures and reduces waste.

C740 is a 135°C (275°F) cure cyanate ester component prepreg. C740 is capable of withstanding very high temperatures and is inherently flame retardant. After a suitable postcure the glass transition temperature can be increased to as high as 325°C (617°F).

C640 is a flexible cure cyanate ester component prepreg. C640 is capable of withstanding very high temperatures and is inherently flame retardant. After a suitable post-cure the glass transition temperature can be increased to as high as 335°C (635°F).

BTCy-1A is a toughened cyanate ester prepreg. BTCy-1A’s straight-up, easy processing at 177°C (350°F) under low pressure, reduces curing time and production costs, while the system’s negligible volatile emission upon cure allows low void laminates.

BTCy-1 is a 177°C (350°F) curing cyanate ester prepreg and is an industry standard for use on satellite structures and radomes.

BT250E-6 resin system is a 121°C (250°F) cure epoxy with excellent strength and stiffness. It provides an outstanding surface finish under vacuum bag/oven cure. BT250E-6 has an FAA-conformed database on carbon IM-7 UD tape, S2-glass, and AS-4C plain weave.

8020 toughened epoxy component prepreg offers an excellent balance of mechanical properties and excellent surface finish. The Toray 8020 resin system has been developed to offer a long outlife and flexible cure schedules from 70-130°C (158-266°F).