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The American Composites Manufacturers Association (ACMA) announced on the 3rd of February 2011 the winners of the Awards for Composites Excellence (ACE) and Pinnacle Awards.
Receiving the Best of Show Award, was Corrosion Companies, Inc., Washougal, Wash., for its Composite Cargo Tanker with DuraShield continuity capability, filament-wound composite tank trailer which utilizes "Baltek" SB.100 balsa core. The inner liner in this new FRP cargo tanker design for handling corrosive liquids has the first "DuraShield" carbon fiber continuity system for checking the liner integrity.
Awards for outstanding merit were given in four categories sponsored by Composites One and CCP, including: The Most Creative Application Award, which demonstrates the use of composite materials to make a product that is imaginative, innovative and artistic, was presented to Callaway Golf Company, Carlsbad, Calif., for its RAZR Hawk Driver featuring Forged Composite, the first Callaway driver featuring an aft body made using a carbon fiber-reinforced molding compound and a compression molding process. The proprietary molding process produces parts that are consistently strong, lightweight and precise with excellent surface finish and and wall thickness down to 0.035 inches. This newly developed composite material formulation has been named Forged Composite. The Process Innovation Award, which exemplifies efficient manufacturing that contributes to overall product sustainability, was presented to Italpresse/Acell USA, Punta Gorda, Fla., for its Acell Monolithic Composite Process. This process allows composite panels to be manufactured in one single pressing operation. The panels are made from Acell foam, which allows air and gases to be filtered through the open cells, allowing resin to migrate into the cells to provide a strong mechanical key between SMC material and the foam. The foam is molded during pressing, eliminating the need to shape the foam beforehand. The Composites Sustainability Award, which demonstrates an improvement in the environmental impact of a product, was presented to Continental Structural Plastics, Troy, Mich., for its 2011 Chevrolet Volt SMC Battery Cover Assembly. The combination of patented, lightweight SMC formulations and proprietary molding and manufacturing processes provided by Continental Structural Plastics helped GM develop the rechargeable 220 cell lithium-ion battery pack, which is covered with a lightweight, structural SMC cover assembly and is low cost, low mass and chemically resistant. The Equipment Innovation Award, designed to improve the manufacturing production, environmental sustainability or product quality and performance in composites manufacturing, was presented to MD Fibertech Corporation, Sausalito, Calif., for its Multi-Directional (MD) Reinforcement System, a very high-speed (600 meters per hour) production process that uses unidirectional (UD) reinforcements as feedstock to produce high-quality, low-weight multi-directional reinforcements. MD reinforcements are suitable for a wide range of applications, including wind energy, automotive, marine, aerospace, transportation and military/defense. One MD machine system will produce the same output as 6 to 30 competitive machines.
Awards for outstanding merit were given in two categories sponsored by Ashland, including: The Infinite Possibility for Market Growth Award, which demonstrates the potential to significantly increase the use of composites in existing or developing markets, was presented to GASTANK SWEDEN, Pitea, Sweden, for its Lightweight Glass Made Type 4 GNG Cylinder, which is a gas tank for natural gas fueled vehicles. It is the first worldwide fully wrapped glass composite cylinder that meets the stringent requirements set forth by the R110 United Nations that allows implementation of this equipment on board of vehicles. This cylinder is 57% lighter than the same capacity steel cylinder, improves vehicle performance and decreases the environmental footprint while remaining affordable. The Innovation in Green Composites Design Award, which exemplifies innovations that minimizes the environmental footprint of the product, was presented to 3B-the Fibreglass Company, Battice, Belgium for its Sustainable Composites for Water and Sewer Applications, including manholes and trapdoors. The parts are made of minimum 90% recycled materials (such as plastic wastes, including used shoes and TPU profiles) and 55% glass fiber wastes. Besides an improved environmental footprint due to the recycling of wastes, other benefits for end-users are numerous compared to traditional cast iron , including weight reduction and superior corrosion resistance.
Awards saluting innovation and creativity in cast polymer design and application were given in two categories sponsored by Reichhold, including: The Cast Polymer Excellence Award, which demonstrates the potential to significantly increase the use of cast polymer products in commercial or residential markets or generate the greatest impact to open new and emerging markets, was presented to Monroe Industries, Inc., Avon, N.Y., for its Engineered Composite Vanity Top Using Recycled Content and Bio-Based Resin, manufactured using 100% post-consumer recycled glass filler with a soy-based resin. This product meets the growing demand of architects and building owners for recycled content and LEED accredited projects. It also meets the growing trend of designers using and specifying larger sized particulates in projects to mimic engineered quartz. The Cast Polymer Design Award, which demonstrates a creative application of cast polymer materials that exemplifies imagination, innovation or artistry through creative use of color and design, was presented to Monroe Industries, Inc., Avon, N.Y., for its Ro-Bella - A Unique Combination of Robal Glass and Terra Bella. Ro-Bella is manufactured using 100% post-consumer recycled glass filler and Terra Bella recycled gemstones and minerals with soy-based resin. This product meets the growing demand of architects and building owners for recycled content and LEED accredited projects. It also meets the growing trend of designers using and specifying larger sized particulates in projects to mimic engineered quartz.
Source : ACMA