The Society of Motor Manufacturers and Traders (SMMT) has announced the shortlisted entries for its award for Automotive Innovation 2013, which includes Zircotec for its ThermoHold® for Composites coating technology.
Top: Zircotec's composites coating technology. Bottom: Aston Martin One-77 supercar.
Now in its fourth year, the SMMT award showcases the UK’s capabilities in automotive design and engineering by identifying exceptional innovations that have the potential to transform the industry. Zircotec’s submission, to enable lightweight composites to be specified in applications where previously it was not possible, enabled Aston Martin to use ThermoHold® for Composites to protect heat sensitive composite areas on its One-77 supercar.
With other shortlisted submissions from the likes of Ford and McLaren, Zircotec is in illustrious company “With entries from leading vehicle manufacturers, Zircotec is delighted to be in contention alongside such respected brands,” says Terry Graham, Zircotec’s managing director. “Our coating has the opportunity to assist vehicle engineers achieve weight, performance and efficiency targets through the use of lightweight materials,” adds Graham.
The Aston Martin One-77 was the first road application of the technology but the Abingdon firm is already talking to other manufacturers about using the coating on future cars.
The winner will be announced at the SMMT awards dinner on the 26th November.
About Zircotec
Zircotec offers a wide range of plasma sprayed ceramic and metallic coatings that protect components against the effects of heat, wear, abrasion and corrosion. Lightweight and easily packaged, Zircotec’s technologies can be applied to a broad range of different materials including metals and composites.
Proven in F1 and the nuclear industry, the technology is now trusted by car manufacturers, industrial users, car enthusiasts and an increasing range of other applications to effectively manage heat and wear, enhancing performance and reliability. ZircoFlex® offers for the first time, a truly flexible ceramic heat shield material.