Toray TC346 prepreg earns flame-retardancy certifications
Toray TC346 prepreg resin system offers high compression strength, interlaminar shear strength and more for the automotive and motorsport markets.
Source | Getty Images
Toray Advanced Composites (Morgan Hill, Calif., U.S.) announced on May 27 that its Toray TC346 prepreg resin system has passed the SFI 56.1 and UL94 V0 flame-retardancy tests. The distinction demonstrates the system’s ability to satisfy the demands of Formula One, NASCAR and other high-performance automotive and motorsport markets in attaining significant performance improvements.
A high-temperature epoxy system, Toray TC346 was engineered to handle a range of demanding motorsport applications, such as gearbox and suspension components, which require a high service temperature and high toughness. The material is said to offer high compression strength, high interlaminar shear strength, high in-plane shear modulus and good elevated temperature tensile strength. Further, the TC346 system offers a surface finish for aesthetic appeal and controlled resin flow to simplify lay-up and curing production.
According to Toray, other motorsport component applications that require lightweighting, high glass transition temperatures, high compression strength and high fractional toughness would also benefit from the prepreg’s properties. TC346 is available in a wide variety of uni-directional tapes and fabric styles.
Related Content
-
Eaton developing carbon-reinforced PEKK to replace aluminum in aircraft air ducts
3D printable material will meet ESD, flammability and other requirements to allow for flexible manufacturing of ducts, without tooling needed today.
-
Braided thermoplastic composite H2 tanks with co-consolidated molded boss areas to fit EV battery space
BRYSON project demonstrates possible designs, automated manufacturing and low permeability concepts, including EVOH liner and novel PPA matrix.
-
“Structured air” TPS safeguards composite structures
Powered by an 85% air/15% pure polyimide aerogel, Blueshift’s novel material system protects structures during transient thermal events from -200°C to beyond 2400°C for rockets, battery boxes and more.