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Composites

Five Dutch organizations have formed a partnership to advance the use of fibre-reinforced thermoplastic composites in the automobile industry.
Two German companies - one a leading producer of polyamide (PA) and its precursors, the other a specialist in carbon fibres - are to combine their expertise to develop composites that will permit shor
Cheap sheet moulding compounds (SMC) reinforced with carbon fibre are to be sold by an alliance of Zoltek Companies Inc of St Louis, Missouri, USA, and Magna International Inc of Aurora, Ontario, Cana
A manufacturer of specialist glass fibre yarns based in Aiken, South Carolina, USA, AGY has entered a longterm agreement with CTG/Taishan Fiberglass of Taian, Shandong Province, China, which grants th
A specialist in the production of multiaxial reinforcements made from carbon, glass and aramid fibres, Formax Multiaxial Reinforcements of Leicester, UK, has invested in a new machine to boost its pro
Growth in demand for high-performance glass fibres from aerospace and industrial markets has prompted AGY of Aiken, South Carolina, USA, to increase the production of its S-2 Glass products by 20%.
Two Japanese partners have patented a method for improving the dispersion of carbon nanofibres within an elastomer matrix to produce composites with properties superior to those previously possible.
A three-dimensional (3D) profile in the shape of a T-Bar can now be woven from carbon fibre in a single piece, according to the Swedish company Biteam.
Teijin Ltd claims it has established the world's first mass-production technologies for carbon fibre-reinforced plastic (CFRP).
Many companies and organizations in the automotive industry are now working feverishly to replace traditional materials with composites, reports Adrian Wilson.
The synergy between textiles and composites is always evident at the annual JEC Composites show in Paris, France, and the announcement that the new American version of the show is to be co-located wit
Consumer technology and computer giant Apple Inc has invented a way to make plastic housings reinforced with performance fibres that are suitable for electronic devices.
A concept car based around a monocoque made of carbon fibre-reinforced composite has been made by the Italian sports car manufacturer Lamborghini of Sant' Agata Bolognese.
A line of polyolefin-based compounds reinforced with natural fibres from plants such as flax, hemp and sisal have been developed by So.F.Ter of Forli, Italy.
Singapore researchers have invented a flexible, lightweight, impact-resistant composite material based on the same principles of how a cornstarch solution hardens on impact.
A mechanically stitchbonded reinforcement fabric consisting of a needlebonded core sandwiched between chopped glass fibres, called Polymat Free-Flow, will be launched by Scott & Fyfe at Composites
Nanofibres fused to microfibres are proposed as an improved reinforcement for composites in International Patent Publication WO 2009/018104.
A flexible composite that is resistant to ballistic projectiles and has a good resistance to the pick-up of liquids (including water) is the subject of International Patent Publication WO 2007/097780.

A state-of-the-art plant for manufacturing carbon fibre for use in BMW's electric-powered cars is to be built in Moses Lake, Washington, USA.

Wrapping brittle core multifilamentary yarns in another material before coating them with an adhesive that remains tacky over time allows them to be spooled, stored indefinitely and then processed in
Zyvex Performance Materials has unveiled an ultralightweight composite boat called the Piranha.
Synthesizing carbon nanotubes directly on a parent fibre creates an improved reinforcement for composites, according to researchers at Lockheed Martin Corp of Bethesda, Maryland, USA.
A reinforcing mat with its fibres secured by continuous filaments knitted through the structure and subsequently thermally fused to one another is proposed in US Patent 2005/0197025.
A high-performance polypropylene (PP) fibre has been found to improve the toughness and durability of carbon fibre-reinforced composites (CFCs) used in motorsport, at the same time as reducing their w
Polyester multifilaments that disperse homogeneously in a matrix resin to provide improved reinforcement are the subject of International Patent Publication WO 2008/056645.
Owens Corning is expanding its capacity to produce technical fabrics at manufacturing facilities in Chanzhou and Doudian, China; and Taloja, India.
Alliant Techsystems has selected TenCate Advanced Composites USA as a supplier of composite prepreg material for the manufacture of composite rotor tubes to be used in USEC Inc's American Centrifuge P
Korean scientists say that exposing carbon fibres to electromagnetic radiation modifies their surfaces simply and quickly, so improving their bonding to polymer matrices in composites.
The annual JEC Composites exhbition took place in Paris, France on the 24-26 March.
The first generation of high-performance composites made from completely biodegradable natural fibrereinforced plastics has been produced by a UK-based consortium.
The 2008 JEC Composites exhibition in Paris was an opportunity for technical textiles manufacturers to demonstrate the essential role they can play in an industry based on alternatives to metal.
A sheet of carbon fibre composite suitable for thermal conduction and/or shielding radio waves is the subject of European PatentApplication EP 1 876 276.
Toray Industries has developed an oil agent for precursors that is the heart of an efficient process, the Japanese company claims, for producing uniform, high quality carbon fibres.
Belgian research association Centexbel is working on the optimization of an organic material composite intended to promote bone reconstruction.
A novel approach to making polymer matrix composites reinforced with ultra-high molecular weight polyolefin fibres is the result of the work of a group of Israeli researchers.
Hexcel Corp of Pleasanton, California,USA,has developed a prepreg with resistance to core crushing that is designed for making fibre-reinforced panel structures.
Composites containing cellulosic pulp that enjoy both improved fibre dispersion and lower discolouration are the focus of US Patent 6 743 507.
A Dutch organization claims to have found a way to make dense carbon nanofibre composites.
A fibrous material for incorporation into an absorbent article, such as a diaper, pant diaper, incontinence guard, sanitary napkin or wound dressing, is outlined in US Patent 6 888 945 by SCA Hygiene
A process for forming an absorbent fibrous web composite is disclosed in US Patent 6 872 275 by Kimberly-Clark.
Composites for storm protection are the focus of work by DuPont that is described in International Patent WO 03/033252.
The production of thick textile armatures made of superimposed layers of threads secured by a binding thread traversing the layers is the subject of US Patent 6 843 280.
Finland's Ahlstrom Glassfibre Oy has invented a system for making chopped strand glass fibre mats.
Menzolit-Fibron GmbH of Bretten,Germany, discloses a system of making fibre-reinforced materials in US Patent 6 838 148.
A US company has invented a system for creating a composite in which a glass fibre mat is impregnated with a thermoplastic polyurethane.
US Patent 6 749 921 discloses a wood reinforced with a fibre-reinforced thermoplastic, adding that the resin used offers a number of advantages in this application when compared with existing composit
US weaver Bally Ribbon Mills has developed three-dimensional (3D) woven fabrics intended for use in composites, as well as a loom for making them on.
Fabrics containing active yarns, such as shape-memory fibres or those made from electro-active polymers, that are intended for reinforcing composites are the subject of European Patent EP 1 420 094.
A novel process that produces thermoplastic granules reinforced with natural fibres has been developed by Agrotechnology & Food Innovations BV of The Netherlands.
GE Advanced Materials, The Netherlands, has adapted a papermaking process in order to produce a long thermoplastic resin reinforced with glass fibre.
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