05 March 2006
05 March 2006
Kubota Research Associates has developed a new method to significantly increase the impact and shatter resistance of composite materials.
The technique works by using a Kubota Research ‘P-Wave’ radiation unit sed to consolidate a ‘P-Wave’ Pseudo-prepreg layer (branded ImpacGard), onto the surface of a reinforced composite. Tests on samples have been conducted at the University of Delaware Center for Composite Materials (UD-CCM) at conditions equivalent to impact speeds of 5 to 9 mph, and results are said to indicate that applying a single layer of Kubota's ImpacGard increases low velocity impact resistance up to 40% on a 3mm thick M30/8551 carbon/epoxy composite.
Kubota say that ImpacGard has broad applications in the transportation and construction industries to improve advanced materials performance and safety. The P-Wave ImpacGard technology and impact resistance test results will be exhibited in the DuPont-Toray booth at the JEC Composites Show later this month.
Kubota Research Associates is a new member of the UD-CCM University-Industry Consortium, a globally recognized center of excellence for research and knowledge in the advanced composites industry. Mike Kubota, CEO of Kubota Research Associates said, ""We are pleased to have established a working relationship with UD-CCM. Our company along with our global partner DuPont-Toray looks forward to collaborating with UD-CCM to advance the development of P-Wave(TM) technology to bring a new generation of cost-effective advanced composites to the industry.""
Scigrip has expanded its agreement with Biesterfeld Spezialchemie to include France and the French territories in Northern Africa, with immediate effect.
Following its strategy to address composites end-use industries specifically, JEC Group is organising The Future of Composites in Transportation, a two-day event taking place on 27-28 June in Chicago.
Dilutec has launched the Colorgel FR LE gel-coat, which complies with the UL 94 (V-0) plastics flammability standard and is characterised by the low emission of volatile organic compounds (VOCs).