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POLYMER ENGINEERING

    Polymer engineering is generally associate degree engineering field that styles, analyses, and modifies compound materials. compound engineering covers aspects of the organic compound business, chemical action, structure and characterization of polymers, properties of polymers, combining and process of polymers and outline of major polymers, structure property relations and applications. The basic division of polymers into thermoplastics, elastomers andthermosets helps outline their areas of application. Thermoplastics

Thermoplastic refers to a plastic that has heat softening and cooling hardening properties. Most of the plastics we have a tendency to use in our daily lives constitute this class. It becomes soft and even flows when heated, and therefore the cooling becomes arduous. This method is reversible and might be recurrent. Thermoplastics have comparatively low tensile moduli, however even have lower densities and properties like transparency that make them ideal for consumer products and medical products. They embrace polythene, plastic, nylon, organic compound organic compound, polycarbonate and PET, all of that are wide used materials.

 ElastomersAn material generally refers to a cloth which will be improved to its original state when removal of associate degree external force, whereas a material having snap is not essentially associate degree material. The material is just deformed under weak stress, and therefore the stress is quickly improved to a compound material about to the first state and size. Elastomers are polymers that have terribly low moduli and show reversible extension when strained, a valuable property for vibration absorption and damping. They might either be thermoplastic (in that case they are known as Thermoplastic elastomers) or crosslinked, as in most conventional rubber products like tyres. Typical rubbers used conventionally embrace natural rubber, nitril rubber, polychloroprene, polybutadiene,styrene-butadiene and fluorinated rubbers.

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