Advanced Materials for Water Handling: Composites and by D.V. Scott PDF

By D.V. Scott

ISBN-10: 185617350X

ISBN-13: 9781856173506

Hardbound. speedy evolution is occurring within the water industry worldwide - pushed by means of elevated purchaser call for allied to the rarefraction of fresh water. The inherent features of composites fabrics linked to present fabrics and creation know-how is permitting the elevated use of formerly excessive expense fabrics and procedures at ever lowering expenditures. The instruction manual is designed to deliver specifiers on top of things with those fabrics and the hot components of program linked to them, exploring the scope, functionality, fee effectiveness and environmental and legislative effects in their use.

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Extra info for Advanced Materials for Water Handling: Composites and Thermoplastics

Sample text

ECTFE and other fluoropolymer materials indicated below and used in ultra-pure applications are manufactured under extremely closely controlled conditions in purposebuilt plants, using only carefully selected high-grade materials, in order that leaching of any impurities from the product to the fluid being handled is impossible. Important applications in pipe systems, tank linings and valves are to be found in the electronic and pharmaceutical industries. 3 FEP ~ 45 fluorinated ethylene propylene A copolymer of tetrafluoroethylene and hexafluoropropylene, it has a similar corrosion resistance to that of PTFE, with a slightly reduced maximum service temperature, but offering all thermoforming and welding properties of typical thermoplastics.

Surface veils are available in various thicknesses, dimensions and finishes, depending upon the resin system and type of application, for example. Chopped strand mat is available in a large variety of weights, widths and finishes, the weight being specified as weight per surface area, for example 300 g/m 2. Single end rovings, made from many individual filaments wound into a single strand, or direct wound rovings, a collection of parallel filaments wound together in a continuous strand, are both suitable for most filament winding properties.

Whether manufactured by filament winding, contact moulding or centrifugation, the concept requires a glass fibre content of around 70% by weight. Glass contents over 75% will tend to show premature signs of delamination, due to the poor bonding of glass and resin, whereas glass contents less than 70% will decrease physical properties and increase wall thickness and cost. This type of laminate is obtained by filament winding, or in the case of centrifugation and hand lay up, via the use of laminate sequences relying heavily on woven rovings and fabrics.

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Advanced Materials for Water Handling: Composites and Thermoplastics by D.V. Scott

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