Ordinarily, high-frequency impacts bring about the following troubles:

• During daily sports, the recoil force from the ground causes dull pain in the heels and knees;
• During the transportation of precision items, jolts and impacts lead to accidental damage to internal parts;
• When wearing sports protective gear, the rigid pads cause significant discomfort.

This new type of Anti-Impact Shock-Absorbing EVA material leverages the core advantage of "robust protection + flexible cushioning", breaking the limitation that "protection must be rigid and cushioning must be weak". It can meet diverse protection needs across multiple scenarios.

I. Core Performance: 2 Key Features to Optimize Cushioning and Protection Experience

1. High-Efficiency Anti-Impact: Disperse Force Without Direct Collision

Through special process adjustments, the material density and internal structure of Anti-Impact Shock-Absorbing EVA are subtly modified. When subjected to impact forces (such as landing while running or object collisions), the material can quickly convert concentrated force into dispersed force, preventing injury caused by excessive local pressure. For example, when this material is used in the insoles or midsoles of sports shoes, it can effectively reduce the impact intensity of the ground on the feet by more than 30%, thereby lowering the risk of joint strain.

2. High-Efficiency Shock-Absorbing: Cushion Vibrations More Gently

Different from ordinary EVA, which only provides slight cushioning, Anti-Impact Shock-Absorbing EVA can actively absorb and dissipate energy from vibrations. During sports, it can effectively reduce the vertical vibrations generated by running and jumping, making the feet land more stably. When used as packaging material, it can effectively mitigate horizontal jolts during transportation, providing protection for precision instruments and electronic components and reducing the damage rate.

II. Material Advantages: While Enhancing Anti-Impact and Shock-Absorbing Performance, Anti-Impact Shock-Absorbing EVA Retains the Inherent Properties of EVA

• Lightweight and Unburdensome: With a density of only 0.3-0.5g/cm³, it will not be bulky when used as insoles, nor will it press against the toes when inserted into shoes. When used as protective gear or liners, it will not add extra weight to the body.
• Flexible and Adaptable: Anti-Impact Shock-Absorbing EVA has excellent ductility and moldability, and can be processed into different thicknesses and shapes according to needs. For instance, it can be manufactured into insoles that fit the curve of the feet, protective gear liners that move with the joints, and packaging liners that match the contour of items.
• Durable and Anti-Aging: It is not easy to deform or lose elasticity after long-term use. Whether it is subjected to high-frequency stepping during sports or repeated jolts during transportation, it can maintain stable performance.

III. Diverse Application Scenarios: Suitable for Both Personal Wear and Industrial Protection

▶ Footwear Field: Provide "Soft Support" for Feet

• Midsoles/Insoles of Sports Shoes: Cushion the ground recoil force during sports, relieve fatigue in the arches and heels, and reduce compensatory discomfort in the knees.
• Midsoles/Insoles of Outdoor Shoes: Resist impacts from rough and uneven roads, improve walking comfort, and prevent foot soreness and sprains.

▶ Protective Gear Field: Make Protection "No Longer Restrictive"

• Liners of Sports Knee Pads/Elbow Pads: Effectively resist collision impacts during sports such as basketball and cycling. At the same time, they fit the curve of the joints without restricting flexion and extension, eliminating the stuffiness and discomfort caused by traditional rigid-shell protective gear. Additionally, it is also a suitable material for football goalkeeper gloves, handball gloves, and softball gloves.
• Children’s Protective Gear: Soft and comfortable, it will not rub or irritate the skin, giving parents greater peace of mind.

▶ Packaging Cushioning Field: Build a "Soft Wall" for Items

• Packaging for Precision Instruments: Provide effective cushioning for chips, optical lenses, medical equipment, etc., resist jolts and vibrations during transportation, and reduce the risk of part damage.
• Packaging for Electronic Products: Replace traditional foam with better shock-absorbing effect. Moreover, the material is environmentally friendly and recyclable, meeting the requirements of green production.

IV. Reasons to Choose: Professional Material for "Warm Protection"

Whether for individual users pursuing sports health or corporate customers focusing on product safety, Anti-Impact Shock-Absorbing EVA can provide the "just-right" protection needed: turning every worrying "hard collision" into a controllable "soft landing".