Electrical and electronics and medical industries is expected to fuel the market growth of the engineering plastic market
Engineering plastics are a type of plastic that is utilised
in applications that demand high performance in terms of thermal stability,
chemical stability, impact resistance, mechanical strength, and dimensional
stability.
During the projected period, the worldwide
engineering plastics market is expected to rise rapidly. The
introduction of engineering plastics as alternatives for conventional materials
in end-use applications, positive growth in end-use sectors, expanding need for
polyamides in 3D printing, and increasing demand for engineering plastics from
the automotive industry are driving global market expansion. Rising demand from
emerging nations, as well as the utilisation of engineering plastics in the
aerospace industry, are propelling the worldwide engineering plastics market
forward. The worldwide engineering plastics market, on the other hand, is being
harmed by the high cost of engineering plastics and the danger of alternatives
from other polymers.
Engineering plastics are plastic polymers that have better
mechanical and/or thermal qualities than commodity plastics (such as
polystyrene, PVC, polypropylene and polyethylene). Engineering plastics can be
utilised indefinitely at temperatures ranging from 100°C to 150°C. Due to their
excellent mechanical properties, good chemical resistance, resistance to wear,
and high dimensional stability, engineering plastics are replacing traditional
materials such as alloys, glass, and metals in the industries. Automotive and
transportation, electrical and electronics, consumer appliances, industrial
machinery, packaging, construction, and medical are among industries that use engineering
plastics.
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