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In the competitive footwear industry, durability and comfort often define the difference between a best-seller and a disappointment. One of the hidden heroes behind long-lasting shoes is the use of a Wear-Resistant Agent—a specialized solution that enhances the life and performance of shoe soles. For EVA soles in particular, the right additive can transform ordinary footwear into a product that delivers premium value to customers.Why EVA Shoe Soles Need Extra ProtectionEVA is widely used in footwear because of its lightweight, cushioning properties, and cost-effectiveness. However, EVA on its own may lack the abrasion resistance needed for long-term wear. This is where a Wear-Resistant Agent for EVA Shoe Sole comes into play. By improving hardness, strength, and resistance to friction, it significantly extends the lifespan of shoes, making them more appealing to both retailers and consumers.How an EVA Wear-Resistant Agent WorksAn EVA Wear-Resistant Agent is designed to reinforce the molecular structure of the EVA compound during processing. Once integrated, it creates a protective layer that enhances durability without compromising flexibility or comfort. This ensures that shoes not only last longer but also maintain the lightweight and cushioned feel that customers love. From sports shoes to casual sneakers, this agent is an essential component for any footwear brand seeking to reduce product returns and improve customer satisfaction. Why Choose Dongguan Yiyuan Wear-Resistant Agent?When it comes to reliability, Dongguan Yiyuan Wear-Resistant Agent stands out as a trusted solution for shoe manufacturers worldwide. Known for consistent quality and proven performance, Yiyuan’s formulations are designed to maximize abrasion resistance while keeping EVA soles flexible and comfortable.Beyond the product itself, Dongguan Yiyuan offers unmatched service advantages: professional technical guidance, fast delivery times, and OEM/ODM support tailored to the needs of global footwear brands. Whether you’re developing a new shoe line or optimizing your existing products, partnering with Dongguan Yiyuan ensures your soles are equipped with the best protection available.Enhance durability. Improve performance. Choose Dongguan Yiyuan for footwear solutions that truly work wonders.

GL-70 tpe thermoplastic elastomer changes how shoes feel. This material supports the foot and keeps walking natural. Good shoes can stop burning heel pain and protect the foot with each step. The tpe thermoplastic elastomer makes shoes lighter and more comfortable. Many people need orthoses for their feet, but better shoes with strong support can help. The foot must move well when walking, and orthoses help keep walking balanced. Orthoses are important because the foot needs support. Orthoses guide the foot and help walking stay smooth. Shoes with advanced tpe thermoplastic elastomer can make walking better and lower the need for orthoses. Orthoses still help walking and protect the foot, but strong shoe design matters. Orthoses work with the foot to support healthy walking.   Footwear Challenges Comfort Issues   Many people feel uncomfortable in athletic shoes. Shoes that do not fit right can hurt your feet and ankles. If you have foot or ankle problems, walking can hurt more. Orthoses help your feet move better, but bad shoes can still cause burning heel pain. Some athletes get heel pain after long workouts. Nerve problems and diabetes can make pain worse. Diabetes can damage nerves in your feet and ankles. Plantar fasciitis also causes heel pain and makes walking harder. Changing shoes can help with pain and treat foot problems. Good shoes support your feet and help them work better. Orthoses and shoes work together to lower pain and help you walk better. Weight Concerns   Heavy shoes make it hard for athletes and others to move. Shoes that weigh too much can change how you walk and hurt your feet. People with nerve problems or diabetes may find heavy shoes hard to wear. Orthoses help, but lighter shoes help with pain and movement. Foot and ankle problems get worse with heavy shoes. Heel pain and burning heel pain get worse when shoes are heavy. Lighter shoes help your feet and ankles and make walking easier. Orthoses and shoe changes help lower pain and help you move better.   Lightweight shoes: Help you walk better Lower pain Support your feet and ankles Burning Heel Pain   Burning heel pain is common for people who wear athletic shoes. This pain can come from nerve damage, nerve problems, or diabetes. Diabetes can cause burning heel pain and change how you walk. Orthoses help with pain and treat foot problems. Foot and ankle problems can cause burning heel pain. Plantar fasciitis also causes heel pain and makes feet work less well. Changing shoes and using orthoses help your feet and ankles and lower pain. Good shoes lower burning heel pain and help you walk better.   TPE Thermoplastic Elastomer Properties   Material Advantages GL-70 tpe thermoplastic elastomer is special for making shoes. It has a low specific gravity of 0.88, so shoes feel lighter. People notice this right away when they wear them. The high rebound gives energy back with each step. This helps people feel less tired after walking or running. The material can stretch up to 650% before it breaks. This keeps shoes strong and flexible for sports or daily use.     The Shore A hardness of 90 gives good support. Feet stay steady, even when moving fast. The 300% modulus of 25 kg/cm² keeps shoes soft but firm. Shoes do not lose their shape or slump down. The tear strength of 25 kg/cm makes shoes last longer. This protects feet better and keeps shoes strong. Property Benefit for Footwear Low specific gravity Lighter shoes High rebound More energy return High elongation Flexibility and strength Shore A hardness 90 Strong support High tear strength Longer-lasting soles   Manufacturing Compatibility GL-70 tpe thermoplastic elastomer works well with new shoe-making machines. Factories can use it with both automated and semi-automated molding tools. The material comes as white granules, so it is easy to measure and handle. Factories can mix it with EVA or POE if they want. This helps them make shoes for different needs.   One big plus is that it works with EVA foaming processes. Factories do not have to change their machines. They can switch from regular EVA to GL-70 tpe thermoplastic elastomer fast. This saves both time and money. The material also works for small foaming jobs. Shoes get even pores and keep their shape, even when made quickly.   Comfort and Health Benefits Cushioning and Support GL-70 TPE makes shoes much more comfortable. It gives strong support to your foot and ankle. This helps people who have foot or ankle problems. Many people feel pain in their heel or ankle when walking or running. GL-70 TPE can help lower this pain and make you feel better. The soft cushioning and high rebound protect your foot from hard hits. This keeps your foot working well during sports or daily life.     People with plantar fasciitis often have heel pain. Wearing the right shoes can help with pain and make feet work better. GL-70 TPE midsoles give your foot a soft place to land and keep your ankle steady. This helps you walk smoothly. Good cushioning also helps people with neuropathy. Neuropathy can cause pain or numbness in your foot and ankle. GL-70 TPE can lower pain and support your foot when you move. Treatment for Burning Heel Pain Burning heel pain is common for people with neuropathy or diabetes. This pain can happen from nerve damage in the foot or ankle. GL-70 TPE helps treat burning heel pain by giving extra cushioning and support. The material soaks up shock and protects the heel from pressure. This helps lower pain and gives better relief for people with diabetic neuropathy or peripheral neuropathy.   People with diabetes often get peripheral neuropathy. This causes pain, numbness, and burning heel pain. GL-70 TPE midsoles help protect the foot and ankle from getting hurt. The material keeps the foot steady and helps you walk evenly. Orthoses can be used with GL-70 TPE for even more support. Custom foot orthoses and shoe changes can help treat foot pain and make feet work better. A list of ways GL-70 TPE helps with burning heel pain:   Cushions the heel and lowers pain Supports the foot and ankle during walking Helps with pain for neuropathy and diabetes Works with orthoses for better support Protects against nerve damage and injury Footwear Assessment Footwear assessment helps people pick the best shoes for them. Doctors and experts look at your foot, ankle, and how you walk to find the right shoes. They check for foot problems, neuropathy, and diabetes. A good footwear assessment can help you choose materials like GL-70 TPE. This helps treat foot pain and gives better relief.     People with plantar fasciitis, peripheral neuropathy, or foot and ankle problems need special support. Footwear assessment finds out what kind of orthoses or shoe changes are needed. GL-70 TPE works well with orthoses to support the foot and ankle. The material helps you walk smoothly and lowers pain. Good shoes can help your feet work better and treat foot pain.   Applications in Footwear   Sports Shoes GL-70 TPE thermoplastic elastomer changes how sports shoes work. Athletes need footwear that supports the foot and helps with gait. This material gives strong support and keeps the foot steady during fast movements. Many sports shoes use GL-70 TPE in the midsole. The material helps the foot absorb shock and return energy. This improves gait and makes running or jumping easier. Orthoses fit well with these shoes. They help the foot stay in the right position. Custom foot orthoses can also work with GL-70 TPE midsoles. This combination supports the foot and improves function. Athletes notice better gait and less pain. The material keeps the foot safe during sports.   Casual and Outdoor People wear footwear for many reasons. Some walk in the city. Others hike outdoors. GL-70 TPE works in both types of footwear. The material keeps the foot comfortable and supports healthy gait. Outdoor shoes need to protect the foot from rocks and uneven ground. GL-70 TPE gives strong function and keeps the foot stable. Orthoses can fit inside these shoes. They help the foot move well and keep gait smooth. People with foot problems use orthoses every day. The material helps them walk longer and feel less pain. Good footwear with GL-70 TPE supports the foot and improves function for everyone.   Sustainability   GL-70 TPE supports a greener future for footwear. The material can be recycled and reused. This helps lower waste and protect the planet. Many brands want footwear that lasts longer and works better. GL-70 TPE keeps its function even after many uses. The material supports healthy gait and protects the foot. Orthoses can be used again with new footwear. This saves money and helps the environment. People want shoes that support the foot and improve function. GL-70 TPE helps brands make better choices for people and the planet. GL-70 TPE thermoplastic elastomer makes shoes better for people with pain. It helps people who have neuropathy, diabetes, or muscle and bone problems. The material gives support to the foot and ankle. This support helps lower pain and helps you walk better. Orthoses work with GL-70 to give even more pain relief. They also help your feet work better. People with peripheral neuropathy or heel pain feel less pain. They can walk more easily. The material helps with pain, supports walking, and keeps the foot and ankle safe. Brands use GL-70 to make shoes that help with pain and work well. It also helps them design better shoes. FAQ What makes GL-70 TPE different from regular EVA in shoes? GL-70 TPE feels lighter and bounces back more than regular EVA. It gives strong support and lasts longer. Many brands use it to make shoes more comfortable and durable.   Can GL-70 TPE help with burning heel pain? Yes. GL-70 TPE cushions the heel and absorbs shock. This support can lower burning heel pain for people with foot problems.   Is GL-70 TPE safe for people with diabetes?   GL-70 TPE protects the foot and reduces pressure. People with diabetes can benefit from its soft cushioning and strong support. If you want to get more information, plz click https://www.yysolematerial.com.

The footwear industry is embracing a new generation of advanced materials, with thermoplastic elastomer midsole foams like GL-70 TPE leading innovation. As performance demands evolve, manufacturers are adopting these high-rebound TPE compounds that offer unique benefits over traditional materials.   1.Superior Energy Return for Athletic Performance   High-rebound TPE compounds provide exceptional energy return characteristics that benefit dynamic movements in sports. The material's molecular structure allows for efficient energy storage and release during impact, creating a more responsive underfoot experience. Unlike some traditional foams that can bottom out under repeated loading, these thermoplastic elastomer midsole foams maintain their performance characteristics over time. This consistent responsiveness is particularly valuable for runners and court sport athletes who rely on dependable cushioning. The material's rebound properties also contribute to reduced muscle fatigue during prolonged activity, making it suitable for endurance sports where efficiency is paramount.   2. Optimized Weight Without Sacrificing Performance   One of the most notable advantages of advanced TPE formulations is their ability to deliver lightweight solutions without compromising functional requirements. The material's cellular structure achieves an optimal balance between mass reduction and performance. This weight advantage enables footwear designers to: reduce overall shoe mass for speed-focused models、reallocate weight savings to other performance features and maintain structural integrity in critical support zones.   Footwear feels lighter during use while still providing the necessary protection and stability athletes demand.   3. Manufacturing and Sustainability Benefits   Manufacturing-friendly TPE formulations offer practical advantages for footwear production. The material's compatibility with existing EVA processing equipment allows for efficient adoption without requiring extensive capital investment.   Key production benefits include: simplified material handling due to stable granule form, reduced energy requirements compared to some alternative processes and inimized material waste through efficient processing. While the material's potential for recycling and consistent quality contribute to more responsible manufacturing practices. These characteristics align with the industry's growing emphasis on environmental considerations. The development of high-performance TPE midsoles represents a significant step forward in athletic footwear technology. By combining responsive cushioning, optimized weight, and production efficiency, these thermoplastic elastomer midsole foams address multiple design challenges simultaneously. As material science continues to evolve, these advanced compounds are positioned to play an increasingly important role in meeting the performance demands of athletes and active consumers alike. Their balanced combination of properties offers footwear designers new opportunities to innovate while maintaining practical manufacturing requirements.   If you're interested in our products, please click www.yysolematerial.com.

In the footwear industry, durability is a key factor in sport and casual shoe performance. One of the most effective ways to enhance the longevity of shoe soles is by incorporating high-performance wear-resistant additives into materials like EVA (ethylene-vinyl acetate) and TPR (thermoplastic rubber). These specialized agents not only reduce abrasion but also maintain the material's flexibility and comfort. The Science Behind Wear-Resistant Agents   Wear-resistant agents are typically polymer-based compounds that integrate into the sole material during production. When added to EVA foam sole compounds or TPR rubber blends, these agents create a protective layer that minimizes surface degradation caused by friction. Unlike traditional fillers, they do not compromise the material’s elasticity, ensuring long-term comfort.   Key Benefits for Shoe Sole Performance   1. Extended Sole Lifespan Through Superior Abrasion Resistance High-performance wear-resistant additives significantly enhance the durability of EVA and TPR shoe soles by forming a protective polymer network within the material matrix. This network acts as a sacrificial layer, absorbing friction from repeated contact with rough surfaces. Unlike traditional fillers that may weaken the structure over time, these additives maintain integrity even under high-stress conditions.   Additionally, the improved wear resistance helps preserve the sole’s tread pattern, ensuring consistent grip throughout the shoe’s lifecycle. This is crucial for safety in athletic and industrial footwear where traction degradation could lead to accidents.   2. Maintained Flexibility and Comfort Without Compromise A common challenge in sole durability enhancements is the trade-off between hardness and flexibility. Many reinforcing fillers increase abrasion resistance but make the material uncomfortably stiff. However, properly formulated EVA foam sole compounds with wear-resistant additives avoid this issue.   The silicone-based coupling agents in these additives create a dynamic interface between polymer chains, allowing them to slide under stress without cracking. This results in soles that remain flexible in cold temperatures while resisting premature wear.   3. Seamless Integration with Foaming Processes Unlike some performance additives that interfere with expansion, modern wear-resistant agents are optimized for compatibility with PVC physical foaming systems and EVA expanded foam production. Their fine particle size and surface treatment prevent nucleation site disruption, ensuring uniform cell structure in lightweight soles. This compatibility extends to both compression molding and injection molding methods. Manufacturers report easier processing with fewer defects when using these additives compared to mineral-based alternatives like silica.   If you're interested in our products, please click www.yysolematerial.com.