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Composites

An elastically stretchable composite sheet for use in disposable articles, such as diapers, sanitary napkins, incontinence products or surgical gowns, has been developed by Unicharm of Tokyo, Japan.
A process for making hybrid boron-reinforced polymer matrix composites is the subject of US Patent 6 514 170.
International Patent WO 02/052086 describes aerogel composites reinforced by lofty fibrous batting in combination with one or both of short randomly oriented microfibres and conductive layers.
US Patent 6 475 320 reports a development in composite design from Japan: a method of fabricating a composite wing based on superposed textiles placed on mandrels and processed in a closed jig.
Canadian researchers have patented a method of making structural composite members based on hemp.
A US company has developed an improved technique for ultrasonically joining layers or plies of a fibre-reinforced thermosetting matrix.
An energy-absorbent composite laminate for mechanical joints is the invention of Canadas Saint-Gobain Technical Fabrics.
US researchers have devised a lightweight and impact-resistant composite consisting of a three-dimensional (3D) textile construction made from at least three systems of yarns.
A combination of plasma treatment and microwave radiation creates an undulating surface on fibres that improves their mechanical interlocking in resin matrices and so enhances the strength and interfa
The American Army has invented, US Patent 6 406 660, a system for making polymer matrix composites that have a low volume percentage of reinforcement fibres and carefully controlled thicknesses.
Recycling of textile waste is the basis for an invention by Georgia Composites.
A Swiss company has developed a way to reinforce thermoplastic bands by using pressure impregnation of a fibre strand.
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