A copolymer resin called ethylene vinyl acetate is employed because of its outstanding foamability and low weight. EVA demand is influenced by increased solar photovoltaic (PV) deployment, expanding demand across sectors, and expanding agricultural activities. The sale of ethylene vinyl acetate is predicted to generate $13,149.7 million revenue by 2030 due to the reasons above.
Environmental and Safety Concerns
Because it doesn't contain chlorine, polyethylene vinyl acetate has lately gained popularity as a substitute for polyvinyl chloride. The IARC, ACGIH, NTP, and OSHA have not determined that EVA is carcinogenic and has no documented adverse effects on human health. It is challenging to biodegrade, just like many polymers. According to one research, it could negatively impact living things, although its impact on people has not been shown.
Benefits of EVA Foam
The advantages of replacing conventional foam with EVA foam in manufacturing are equivalent to those of materials that have weather and chemical, fuel spill and splash resistance, resilience or buoyancy, thermal insulation and acoustical qualities, and low-water absorption.
How Growing Solar PV Installation and Agricultural Activities Boost Sale of EVA?
The need for ethylene vinyl acetate is significantly influenced by the rapidly expanding deployment of solar PV panels. The most plentiful and cleanest source of renewable energy currently in use is solar electricity. Some of the world's most significant solar energy resource projects are in the U.S., Germany, China, and Spain.
Developing and industrialized nations actively promote solar energy as a competitive alternative to conventional power sources. A thermoplastic polymer called EVA is used as an encasing material in solar modules because, when warmed, it forms an insulating and sealing layer over the solar cells, transmits energy well, and degrades slowly in sunlight.
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