COMPOSITION AND PROPERTIES OF COMPOSITE ELASTOMER MATERIALS
Abstract
Composite elastomer materials combine a large group of composite materials that can easily deform under the action of small loads and restore their shape after very significant deformations. When stretched, they retain their elastic properties under deformations, usually not exceeding 1%. The elastomeric composition, on the other hand, is capable of withstanding repeated stretching by 500-1000% without destruction, without noticeable residual deformation. Due to these properties, elastomeric compositions are called highly elastic. When stretching a steel bar twice, a force of about 105 MPa would be required, and for stretching a composition based on various rubbers from 5 to 10.0 MPa. Their wide application is determined, in addition, by a number of its other specific features.
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