High resilience foam is typically made by increasing the rubber content in materials like EVA and other rubber foam substrates, enhancing the foam's elasticity and tensile strength, among other properties.

EVA products feature water resistance: their sealed cell structure prevents absorption of water, provides moisture resistance, and excels in water-resistant properties. (For example, EVA keychains, EVA float boards)

EVA products are corrosion-resistant: They withstand corrosion from chemicals such as seawater, oil, acid, alkali, and are antimicrobial, non-toxic, odorless, and pollution-free.

EVA products offer excellent processability: they are seamless and easily subjected to heat pressing, cutting, gluing, and bonding, among other加工 methods. (For instance, EVA handles, EVA packaging boxes, and EVA balls.)

EVA products offer shock absorption: high resilience and tensile strength, excellent flexibility, and superior shockproof/buffering properties. (For example, EVA foot pads.)

EVA products offer thermal insulation: excellent for heat retention, insulation against cold, and low-temperature performance; they can withstand extreme cold and exposure (such as EVA cup sleeves).

EVA products offer sound insulation: sealed air bubbles, excellent soundproofing effect.

EVA's Applications: Anti-vibration and shock-absorbing packaging for electronic products such as electrical appliances, precision instruments, and equipment; automotive electronic accessories, air conditioning and refrigeration components, cold storage insulation materials, machinery and equipment sealing shock absorbers, and heat-setting parts. Inner packaging materials for various precision instruments and gauges, as well as sports equipment accessories.