EVA offers adjustable performance and is easy to process. Its applications span multiple sectors, including daily consumer goods, industrial production, and new energy, making it an indispensable material in modern industry.

The footwear and sports sectors represent its largest application areas, accounting for approximately 70% of domestic EVA consumption. EVA foam with a VA content of 15%–22% is soft and highly elastic, making it widely used in the outsoles and insoles of athletic shoes, flip-flops, and hiking boots to provide a comfortable “cushioned” feel. It is also used in yoga mats, sports protective gear, and gymnastics mats, offering both cushioning and slip resistance.

In the packaging and electronics sectors, EVA has become a preferred cushioning material for precision instruments and electronic products due to its shock-absorbing, moisture-resistant, and chemical-resistant properties. Its closed-cell structure effectively protects mobile phones, computers, and glass products from impact damage, and it can also be used as lining for headphone and watch packaging, combining both securing and protective functions.

In the new energy and construction sectors, EVA is a key material for encapsulating photovoltaic modules. EVA films with a VA content of 28%–33% offer high light transmittance and strong weather resistance, securely bonding photovoltaic glass, solar cells, and backsheets while sealing out air to protect the cells. In construction, it is used in soundproofing panels, insulation materials, and sealing strips to enhance a building’s thermal and acoustic insulation performance.

In other sectors, EVA can be used to manufacture agricultural greenhouse films, improving light transmission and anti-fogging properties; as sheathing for wires and cables, providing insulation and protection against bending; and as a raw material for hot-melt adhesives, used in bookbinding, furniture edge banding, and other applications.