24 January 2009
24 January 2009
Talon Composites, the manufacturer of proprietary metal matrix composites, is in the final stages of expanding its manufacturing capabilities in North America.
Talon has completed shipment of its Talbor Metal Matrix Material to British Nuclear Fuels PLC (BNFL). The shipment of this proprietary material represents the successful completion of the final phase of manufacture of this highly-specialized neutron absorption material. Talon’s proprietary technology is used to make shielding plates that achieve high neutron absorption utilizing a very fine grain structure and greater homogeneous disbursement of Boron, which enables BNFL to implement safer and more effective fuel transport strategies.
The relationship between Talon Composites and BNFL was formalized in December, 2003. For 5 years, Talon’s research team has been focusing on the unique challenges inherent in the transport of spent nuclear fuel. Furthermore, Talon Composites has recently received two additional patents for its method in the manufacture of its Talbor Metal Matrix composite.
Talon President Robin A. Carden remarked, “We continue to broaden our intellectual property through new patents and for the first time ever, the Talon team has produced, and delivered, a metal matrix plate that couples high strength characteristics with superior neutron attenuation.” Carden added, “We have been also aggressively seeking to expand our manufacturing capabilities in North America. We are in the final stages of finalizing a venture with a strategic partner that would greatly expand our product lines.”
ThermHex Waben and EconCore will exhibit at the IAA Commercial Vehicles exhibition in Hannover, Germany, on 20-27 September 2018.
Technical Fibre Products (TFP) will exhibit nonwovens for use in surface finishing, imparting EMI shielding or fire protection, and other transport applications, at the JEC Conference on The Future of Composites in Transportation, taking place in Chicago, US, on 27-28 June.
TRB Lightweight Structures has developed a carbon fibre reinforced plastic (CFRP) sandwich panel door leaf using a bio-based resin and a 100% recycled foam core.