reinforced plastic
Quick Summary
Reinforced plastic refers to polymer-matrix composites where a continuous polymeric phase (the matrix) is combined with a reinforcing phase that has at least one long dimension. The most common type of reinforcement is fiberglass, though carbon, boron, and aramid fibers are also used.1
These composites can be made using methods like hand lay-up for large structures such as boat hulls and tanks, or filament winding for creating strong hoop-direction strength. Another method, pultrusion, is used to produce continuous fiber-reinforced profiles. Reinforcements are added to enhance the mechanical properties of plastics, and can include particulate fillers like silica or short fibers.12
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plasticReinforcementsReinforcements, as the name suggests, are used to enhance the mechanical properties of a plastic. Finely divided silica, carbon black, talc, mica, and calcium carbonate, as well as short fibres of a variety of materials, can be incorporated as particulate fillers. (The use of…
Read MoreReinforcements, as the name suggests, are used to enhance the mechanical properties of a plastic. Finely divided silica, carbon black, talc, mica, and calcium carbonate, as well as short fibres of a variety of materials, can be incorporated as particulate fillers. (The use of…
Read More- plasticFibre reinforcement
The term polymer-matrix composite is applied to a number of plastic-based materials in which several phases are present. It is often used to describe systems in which a continuous phase (the matrix) is polymeric and another phase (the reinforcement) has at least one…
Read MoreThe term polymer-matrix composite is applied to a number of plastic-based materials in which several phases are present. It is often used to describe systems in which a continuous phase (the matrix) is polymeric and another phase (the reinforcement) has at least one…
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materials sciencePlastics and composites…form and shape of the reinforcements vary greatly, depending on many factors. The most effective reinforcements are long fibres, which are employed either in the form of a woven cloth or as separate layers of unidirectional fibres stacked upon one another until the proper laminate thickness is achieved. The resin…
Read More…form and shape of the reinforcements vary greatly, depending on many factors. The most effective reinforcements are long fibres, which are employed either in the form of a woven cloth or as separate layers of unidirectional fibres stacked upon one another until the proper laminate thickness is achieved. The resin…
Read More- materials sciencePolymer-matrix composites
A variety of reinforcements can be used with both thermoset and thermoplastic PMCs, including particles, whiskers (very fine single crystals), discontinuous (short) fibres, continuous fibres, and textile preforms (made by braiding, weaving, or knitting fibres together in specified designs). Continuous fibres are more efficient at resisting loads than…
Read MoreA variety of reinforcements can be used with both thermoset and thermoplastic PMCs, including particles, whiskers (very fine single crystals), discontinuous (short) fibres, continuous fibres, and textile preforms (made by braiding, weaving, or knitting fibres together in specified designs). Continuous fibres are more efficient at resisting loads than…
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