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What Makes Plastic Foaming Masterbatch Oil Resistant for Shoe Soles   You need shoe soles that stand up to oil and keep their shape. Plastic foaming masterbatch uses high molecular polymers as carriers and blends in special additives to boost oil resistance. This smart mix helps your soles stay strong and resist swelling or breaking down in oily spots. You can use this product with EVA to make many kinds of shoes, like kitchen, mining, or factory footwear.   Key Takeaways Plastic Foaming Masterbatch enhances shoe soles with oil resistance, preventing swelling and maintaining shape in tough environments. Choosing the right polymer carrier is crucial for durability and oil resistance, ensuring your shoe soles last longer and perform better. Adjusting the dosage of the masterbatch allows you to customize cushioning and strength, fitting various shoe types from kitchen to mining. Oil resistant soles significantly reduce slip incidents, improving safety in workplaces and providing better traction on slippery surfaces. Investing in oil resistant masterbatch saves money over time by reducing shoe repairs and replacements, leading to better overall value.   Plastic Foaming Masterbatch Features Oil Resistant Additives You need shoe soles that can handle tough, oily environments. Plastic foaming masterbatch uses a special blend of additives and auxiliaries to boost oil resistance. These additives work with high molecular polymers to create a strong barrier. This barrier keeps oil from soaking into the shoe sole. When you use this masterbatch, you get foamed products that stay strong and flexible, even after contact with oil. The white granule form makes it easy for you to mix into your production process. You can count on a volume swelling ratio of less than 6% after 24 hours in isooctane. This means your shoe soles will not swell or lose their shape when exposed to oil. The masterbatch also resists 903 oil, which is important for shoes used in kitchens, factories, and gas stations. Polymer Carrier Selection Choosing the right polymer carrier is important for both oil resistance and the strength of your shoe soles. Plastic Foaming Masterbatch uses high-quality carriers that blend well with EVA. This ensures even mixing and reliable results. You can see how different carriers affect the final product in the table below: Polymer Carrier Type Effect on Mechanical Properties Effect on Oil Resistance Fillers (e.g., talc, calcium carbonate) Improves hardness and mechanical strength Enhances wear resistance Composite Polymers (e.g., TPU, EVA) Increases strength and resilience Improves overall durability Wear-resistant lubricants (e.g., carbon black, PTFE) Reduces surface friction, enhancing recovery Increases wear resistance and longevity   When you use the right carrier, you get shoe soles that last longer and perform better in oily conditions. The masterbatch works well with EVA, so you can use it for many types of shoes.   Tip: Dongguan Yiyuan Polymer Materials Co., Ltd. offers technical support and can help you choose the best carrier for your needs. You can also ask for a custom formula to match your product goals.   Foaming Performance Optimization Foaming performance affects how comfortable and durable your shoe soles feel. Plastic foaming masterbatch helps you get the right balance of cushioning and strength. The table below shows how foaming impacts shoe soles: Aspect Description Cushioning EVA foam gives excellent shock absorption, which reduces strain on your feet. Durability and Weather Resistance EVA foam is durable and stands up to tough environments, making your shoes last longer.     You can adjust the dosage of the masterbatch to get the performance you want. The recommended range is 1-5% for most EVA shoe soles, as shown here: Dosage Range Description 1-5% Recommended dosage for optimal oil resistance in EVA shoe soles, depending on customer requirements.     This flexibility lets you create soles that fit different needs, from soft kitchen shoes to tough mining boots. The masterbatch’s white granule form makes it easy to measure and mix, so you get consistent results every time. Oil Resistance Mechanism   Barrier Formation You want your shoe soles to block oil from getting inside. Plastic Foaming Masterbatch helps you do this by creating a strong barrier. The special additives in the masterbatch mix with the polymer structure. This forms a tight network that oil cannot easily pass through. When you use this masterbatch, you make shoe soles that keep their shape and strength, even when they touch oil. Note: A good barrier means your shoes last longer in kitchens, factories, and other oily places.   Chemical Stability You need shoe soles that do not break down when they meet oil. The masterbatch uses high molecular polymers that stay stable in harsh conditions. These polymers do not react with oil or lose their properties. The additives also help the material resist chemical changes. This means your shoe soles stay flexible and strong, even after many hours in oily environments. Here is a table that shows how chemical stability helps your shoe soles: Property Benefit for Shoe Soles No chemical reaction Soles do not crack or weaken Stable structure Soles keep their flexibility Long-lasting strength Shoes stay safe and comfortable   Prevention of Swelling and Degradation You want your shoe soles to keep their size and shape. Oil can make some materials swell or break down. Plastic foaming masterbatch stops this from happening. The additives and polymers work together to prevent oil from soaking in. This keeps the volume swelling ratio low. In tests, the masterbatch showed less than 6% swelling after 24 hours in isooctane. Your shoe soles stay reliable and do not lose their form, even after long use. You get: Less swelling No cracking Longer shoe life Benefits for Shoe Soles Durability and Longevity You want shoe soles that last a long time, even in tough places. When you use pastic foaming masterbatch, you help your shoes resist oil and wear. This means your soles do not crack or swell, even after many hours on the job. You will notice that your shoes need less repair and replacement. For example, kitchen shoes and mining boots often face oil and grease. With this masterbatch, these shoes stay strong and keep their shape. Factory footwear also benefits because the soles do not break down quickly. You save money and time because you do not have to replace shoes as often.   Shoes made with oil resistant materials can handle daily stress and harsh conditions. This leads to a longer product life and less maintenance.   Safety and Anti-Slip You need shoes that keep you safe on slippery floors. Oil resistant soles help prevent slips and falls. When you add an anti slip agent to EVA shoe soles, you can see big improvements in safety. Studies show that this upgrade can reduce slip incidents by up to 70%. Lab tests and real-world trials report higher traction and better grip. Many workplaces have seen fewer accidents after switching to these materials. Up to 70% fewer slip incidents in kitchens and factories Higher COF (Coefficient of Friction) values in lab tests Better traction in field tests and workplace programs   Application Versatility You can use these oil resistant soles in many types of shoes. Kitchen shoes, mining boots, and factory footwear all benefit from the same technology. The masterbatch works well with EVA, so you can make shoes for cooks, miners, and factory workers. You can also adjust the formula to fit special needs. This flexibility means you can create shoes for many jobs and environments.

In shoe sole manufacturing, the raw material dictates 70% of the product quality and production efficiency. Many injection factories struggle with high rejection rates flow marks, shrinkage, or poor bonding often blaming the mold or the machine. However, the root cause is frequently the raw material formulation. As a specialized supplier of Polymer Plastic Elastomers and Modified Raw Materials, YYSoleMaterial - Dongguan Yiyuan Polymer Materials Co., Ltd doesn't just sell generic TPR/TPE granules. We engineer materials that optimize your injection molding process.     1. The Power of "Modification": Solving Processability Issues Standard, off-the-shelf TPR granules often lack the specific flow properties needed for complex molds.   High Flowability (High MFI): We modify the melt flow index (MFI) of our TPR compounds. This allows the material to fill intricate molds faster and at lower pressures, reducing cycle time and energy consumption.   The Benefit: Faster production cycles = More pairs produced per hour.   2. Bonding Solutions: The "Polarity" Secret One of the biggest headaches for two-color injection molding (Double-color soles) is delamination, the two materials won't stick.   Our Solution: We provide Chemically Modified TPE/TPR with enhanced polarity.   The Result: Superior chemical bonding with PU, TPU, or other substrates without the need for excessive primers or roughing agents.   3. Aesthetics & Durability: Anti-Yellowing & Matte Finish For export orders, especially white sneaker soles, yellowing is a disaster.   UV Stabilization: Our modified raw materials are compounded with high-grade anti-yellowing agents (Grade 4-5 UV resistance), ensuring the soles stay white even after months of storage.   Surface Texture: We can adjust the compound to achieve a "dry touch" (matte) finish directly from the mold, eliminating the cheap "greasy" look of standard plastic materials.   4. Troubleshooting Table: Material Solutions for Common Defects Injection Defect Potential Material Cause YY Sole Material Solution Flow Marks / Silver Streaks Moisture in granules or poor flow Desiccant Master batch or High-Flow TPR modification Shrinkage / Sink Marks Improper density or filler ratio Low-Shrinkage Compound with optimized filler dispersion Poor Adhesion (Peeling) Low polarity compatibility Grafted Polar Modified TPE for enhanced bonding Sticky Surface Oil migration from compound Non-Migrating Oil Formulation 5. Customization: We Formulate for You We understand that a Vertical Rotary Machine behaves differently from a Horizontal Injection Machine. YY Sole Material offers: Hardness Customization: 30 Shore A (Super Soft) to 95 Shore A (Rigid). Density Control: 0.90 g/cm³ to 1.20 g/cm³ (Lightweight vs. Cost-effective). Color Matching: Precise Pantone matching for master batches and pre-colored compounds.   Additives products including: High Rebound TPE Thermoplastic Elastomer Multi-Compatible High‑Performance Shock-Absorbing Masterbatch A-2 White Plastic Oil resistant Foaming Masterbatch Pellet ...   Material Science Drives Profitability Don't let generic raw materials limit your factory's potential. Switch to modified, engineered polymer materials that decrease waste and increase output. Facing a production challenge? Send us a sample of your current defect or your target requirements. Our R&D team will formulate a sample specifically for your trial run. Contact Our Material Engineers

With the growing demand for lightweight, comfortable, and high-performance footwear, high-elasticity foam masterbatch has become an essential material in modern shoe sole production. By improving rebound, reducing weight, and optimizing comfort, foam masterbatch helps manufacturers develop soles that meet today’s consumer expectations for both performance and sustainability. 1. What Is High-Elasticity Foam Masterbatch? High-elasticity foam masterbatch is a specially engineered additive used in TPE, TPR, EVA, and other polymer materials to create a lightweight, foamed structure during the molding process. It enables the material to expand, form micro-cellular bubbles, and achieve both reduced density and enhanced elasticity. This technology helps manufacturers produce soles that are: Lightweight Soft and cushioned High-rebound More energy-efficient   2. How Foam Masterbatch Helps Create Lightweight Shoe Soles ✔ 1. Significant Weight Reduction The micro-foam structure decreases material density. This means manufacturers can produce soles that are lighter by 20–40%, depending on the formula and foaming ratio. Lightweight soles improve comfort and reduce walking fatigue, making them ideal for sports, casual, and children’s footwear. ✔ 2. High Rebound and Superior Cushioning The elastic foam cells act like thousands of mini air cushions. They absorb impact during walking or running and then quickly rebound, offering: Better shock absorption Softer foot feel Stronger energy return This is especially valuable in running shoes and comfort-focused footwear. ✔ 3. Improved Flexibility and Walking Comfort Foamed materials remain soft and flexible even at lower thicknesses. This ensures that the shoe sole can bend naturally with each step, improving walking comfort and reducing pressure on the foot. ✔ 4. Cost-Saving Advantage Foaming reduces the amount of raw material required per pair of soles. Manufacturers can: Lower material usage Reduce production costs Improve efficiency High-elasticity foam masterbatch delivers better performance without increasing cost. ✔ 5. Better Aesthetic and Design Possibilities Foam masterbatch allows for: Fine texture effects Lightweight midsoles Multilayer sole structures Stylish and trendy designs This helps brands differentiate their shoes through both performance and appearance.   3. Why High-Elasticity Foam Masterbatch Is Becoming More Popular Trend Toward Lightweight Footwear Consumers prefer shoes that are light, comfortable, and easier to wear for long periods. Foam masterbatch directly supports this trend. Rising Demand for High-Rebound Sole Technology More sports and running shoes require strong rebound effects. Foam masterbatch helps achieve a “spring-like” sole performance. Sustainable and Efficient Material Use Lower raw material usage = lower environmental impact Manufacturers moving toward eco-friendly materials find foam masterbatch to be a helpful option.    Applicable to Multiple Shoe Types Including: Running shoes Casual shoes Kids’ footwear Work shoes Fashion sneakers Its versatility makes it attractive across the footwear industry.   High-elasticity foam masterbatch is transforming the footwear industry by enabling lighter, softer, and more comfortable shoe soles. With benefits such as reduced density, increased elasticity, and better design flexibility, it has become a key material for brands looking to enhance product performance while reducing manufacturing costs.   As the demand for lightweight and comfort-focused shoes continues to grow, foam masterbatch will remain a driving force behind the next generation of innovative footwear materials.

As industries seek materials that deliver flexibility, durability, sustainability, and cost efficiency, TPEs continue to rise in popularity. At Dongguan Yiyuan Polymer Materials Co., Ltd., we specialize in providing advanced thermoplastic elastomer products engineered to meet diverse and demanding application needs.   This article presents an in-depth look at thermoplastic elastomer uses, their main advantages, and key thermoplastic elastomer applications across major industries.     Before delving deeper into the properties of thermoplastic elastomers, we know that thermoplastic elastomers (TPEs) are a class of polymers that combine the processing advantages of thermoplastics with the elasticity of rubber. They can be melted, molded, and recycled like plastics, while also possessing the feel, resilience, and softness of rubber.   So what are the key characteristics of TPE materials? Excellent elasticity and flexibility Easy processing via injection molding or extrusion Recyclable and environmentally friendly Wide hardness range (from very soft to rigid) Chemical and weather resistance Lightweight and cost-effective   These features enable manufacturers to design products that are both functional and comfortable making TPEs a preferred choice for modern engineering.     Thermoplastic Elastomer Uses in Different Industries   As demand for high-performance materials continues to grow, TPEs have expanded into nearly every industrial sector. Below are some of the most important thermoplastic elastomer uses today.   1.Common applications include: Soft grips for toothbrushes, tools, and kitchenware Non-slip surfaces for electronics and appliances Baby products such as pacifiers and bottle handles Protective cases and ergonomic handles TPEs improve user experience by delivering soft-touch surfaces, cushioning, and anti-slip performance.   2. Automotive Components TPEs are widely used in the automotive industry due to their durability and ability to withstand harsh environments. Typical automotive TPE uses include: Seals and gaskets Interior trims and soft-touch components Cable insulation and tubing Airbag covers and dashboard parts Their lightweight nature also contributes to fuel efficiency and vehicle sustainability.   3. Medical and Healthcare Applications Medical-grade TPEs offer excellent biocompatibility, making them ideal for healthcare environments. Examples include: Medical tubing Grips for handheld medical devices Seals, plugs, and valves Wearable medical equipment In many cases, TPEs replace PVC or latex to meet modern safety and hypoallergenic requirements.   4. Electronics and Electrical Protection The electrical and electronics industry benefits from the insulating properties of TPEs.   Applications include: Cable jackets and connectors Soft housings for handheld devices Shock-absorbing protective components TPEs help improve device durability and ensure user safety.   5. Industrial and Mechanical Uses In industrial environments, TPEs are valued for their excellent mechanical strength and resistance.   Thermoplastic elastomer uses include: Seals and O-rings Vibration-damping components Wheels, rollers, and grips Industrial hoses and tubing Their resistance to fatigue and impact makes them ideal for heavy-duty operations.   Advantages of Using TPE Materials in Manufacturing Choosing TPEs offers numerous benefits: ✔ Cost-Effective TPEs require shorter production cycles and reduce material waste, improving manufacturing efficiency.   ✔ Environmentally Friendly They are recyclable and align with global sustainability goals.   ✔ Highly Customizable Hardness, color, elasticity, and performance characteristics can be customized for specific applications.   ✔ Excellent Processing Flexibility Suitable for injection molding, extrusion, blow molding, and more.   As a leading manufacturer supplier of thermoplastic elastomer material, Dongguan Yiyuan Polymer Materials Co., Ltd. is dedicated to delivering high-quality thermoplastic elastomer products material to meet the evolving needs of global markets. For companies seeking reliable and versatile material solutions, TPEs offer unmatched potential across countless thermoplastic elastomer applications.

  The Importance of Durable Shoe Soles In today’s footwear industry, durability, comfort, and performance are key factors that define a brand’s reputation. Whether for professional athletes or everyday users, shoe soles need to withstand long-term wear, provide reliable support, and maintain flexibility. At YY Sole Material, we focus on delivering cutting-edge solutions that meet these demands, helping footwear brands create high-quality products that stand the test of time.   High-Performance Specialty Additive Masterbatches for Superior Polymer Performance One of the most effective ways to improve shoe sole performance is by using high-performance specialty additive masterbatches. These advanced additive blends are designed to enhance polymer properties during processing, ensuring uniformity and stability in the final product. By integrating these masterbatches into shoe soles, manufacturers can achieve: Increased abrasion resistance, reducing wear and tear from daily use Enhanced flexibility, improving comfort and cushioning Greater compressive strength, supporting stability during high-impact activities   With these benefits, shoes maintain their shape and functionality even after extended periods of use, providing consumers with long-lasting satisfaction.   Wear-Resistant Agent for Sport Shoe Sole: Extending Product Lifespan For sports footwear, resistance to friction and mechanical wear is critical. Our specially formulated wear-resistant agent for sport shoe sole creates a protective surface layer that reduces degradation caused by running, jumping, and outdoor activities. This agent not only extends the life of the shoe sole but also helps maintain traction and safety, allowing athletes to perform with confidence.   Customization and Technical Support for Optimal Results YY Sole Material goes beyond supplying materials. We provide fully customized solutions tailored to your production needs, whether for mass manufacturing or small-batch innovative designs. Our technical team works closely with clients to optimize formulations, ensure compatibility with different polymers, and deliver comprehensive support throughout the manufacturing process. This combination of material expertise and service ensures that every shoe produced meets the highest standards of quality and durability.   Partnering with YY Sole Material Choosing the right materials is essential for creating high-performance, durable footwear. YY Sole Material’s innovative additives and wear-resistant solutions offer a competitive edge, helping brands enhance shoe comfort, durability, and overall user satisfaction.   Discover how our advanced materials can elevate your footwear products by visiting www.yysolematerial.com and exploring our full range of solutions designed to meet the demands of modern shoe manufacturing.

Today, era of sustainable innovation, thermoplastic elastomers (TPE) material have become one of the most versatile and eco-friendly materials used across industries. As global manufacturers seek lighter, recyclable, and high-performance alternatives to traditional rubber and PVC, TPE materials stand out as a smarter, greener choice.   What Is TPE Material?   TPE Thermoplastic Elastomer is a unique class of polymer that combines the elasticity of rubber with the easy processing of thermoplastics. Unlike conventional rubber that requires vulcanization, TPE can be molded, remolded, and recycled multiple times while maintaining its original softness and flexibility.   The molecular structure of TPE consists of both hard and soft segments, the hard segments provide strength and stability, while the soft segments ensure elasticity and comfort. This dual structure gives TPE materials exceptional mechanical resilience, flexibility, and environmental adaptability.   Because TPE is 100% recyclable and free from harmful substances such as phthalates, it has become a key eco-friendly elastomer for modern manufacturing.   The Key Differences of TPE vs. Rubber and PVC   When comparing TPE materials with rubber and PVC, several clear advantages emerge:   Recyclability: Unlike rubber, which cannot be remelted after curing, TPE can be recycled and reused without performance loss — making it an ideal sustainable alternative.   Processing Efficiency: TPE can be processed using standard injection molding or extrusion machines, which reduces production time and energy costs.   Safety and Environmental Benefits: TPE is odorless, free of halogens, and compliant with RoHS and REACH standards, whereas PVC may contain chlorine-based compounds.   Design Flexibility: Its broad hardness range (from Shore A 20 to D 50) allows for applications in soft-touch grips, seals, and shoe soles.   In short, TPE is a recyclable and energy-efficient alternative to traditional rubber and PVC, offering improved performance and lower environmental impact.   Main Applications of TPE Materials Due to its balance of performance, durability, and environmental benefits, TPE has gained wide acceptance across multiple industries:   First and important application is footwear manufacturing: TPE is increasingly used as an eco-friendly shoe sole material, replacing EVA and PVC for better flexibility, cushioning, and slip resistance.  Automotive Components: Used for gaskets, seals, and interior trims due to its weather resistance and noise-reduction capabilities. Consumer Products: Ideal for soft-touch grips, handles, toothbrushes, and personal-care products where comfort and non-toxicity are important. Electronics and Cables: Provides insulation and flexible protection while meeting stringent safety standards. Medical and Packaging Uses: With medical-grade formulations, TPE ensures hygiene, biocompatibility, and safety in healthcare and food packaging applications.   These diverse applications demonstrate TPE’s adaptability and reliability as an eco-friendly elastomer suitable for both industrial and consumer needs.   Why TPE Is Considered an Eco-Friendly Material   Sustainability is no longer optional, it is the foundation of modern product design. TPE materials contribute significantly to environmental protection in several ways: Recyclability: TPE scraps and end-of-life products can be reprocessed into new materials, minimizing waste. Energy Efficiency: Its low processing temperature and absence of vulcanization save energy during production. Non-Toxic and Safe: TPE compounds are free from heavy metals, phthalates, and latex — making them safer for both manufacturers and end users. Long Lifespan: TPE’s excellent weather, chemical, and UV resistance extend the service life of finished products, reducing replacement frequency.   These advantages make TPE one of the most sustainable and environmentally responsible materials available for industrial and consumer manufacturing.   Dongguan Yiyuan Polymer Materials Co., Ltd.: Your Trusted TPE Thermoplastic Elastomer Raw Material Manufacturer   As a professional TPE manufacturer in China, Dongguan Yiyuan Polymer Materials Co., Ltd. specializes in developing and producing high-quality, eco-friendly elastomer compounds for global clients. With years of expertise in polymer technology, we provide customized TPE materials tailored to specific applications, from footwear soles to automotive seals.   Our Core Strengths   Custom Formulations: We develop personalized compounds based on hardness, color, and performance requirements.   Strict Quality Control: Every batch undergoes comprehensive physical and chemical testing to ensure consistency.   Sustainability Commitment: Our materials comply with RoHS, REACH, and SGS standards, supporting environmentally responsible manufacturing.   R&D Expertise: Our technical team continuously innovates to enhance product strength, flexibility, and recyclability.   By integrating innovation and sustainability, Dongguan Yiyuan Polymer Materials Co., Ltd. helps global partners reduce environmental footprints while maintaining product excellence.   Choosing the Right TPE Grade for Your Application   Different projects demand different material characteristics. Dongguan Yiyuan Polymer Materials Co., Ltd. offers a range of TPE grades designed for specific use cases: Soft-Touch TPE: Ideal for handles, grips, and over-molding applications. High-Elasticty TPE: Used for shoe soles, sports equipment, and seals requiring superior rebound. Weather-Resistant TPE: Suitable for outdoor automotive or construction parts. Transparent TPE: Commonly used in medical and cosmetic packaging.   Selecting the right compound ensures optimal performance and durability — our engineers can recommend the most suitable thermoplastic elastomer solution for your project.   Building a Sustainable Future with TPE Materials   The global shift toward sustainability demands smarter material choices — and TPE materials are leading this transformation. With their unique combination of flexibility, recyclability, and safety, they are replacing traditional plastics and rubber in countless applications.   At Dongguan Yiyuan Polymer Materials Co., Ltd., we believe that every manufacturer can contribute to a greener planet through responsible material selection. Our mission is to deliver high-performance, eco-friendly elastomers that meet the evolving needs of modern industries.   Explore customized thermoplastic elastomer solutions designed for your sustainable products and global manufacturing goals. Contact today!

In the footwear industry, material innovation plays a vital role in improving comfort, flexibility, and durability. With the continuous evolution of shoe design and manufacturing, advanced polymer masterbatch technology has become a key factor in achieving superior product performance. At YIYUAN, we are dedicated to developing high-quality masterbatch solutions that enhance both functionality and aesthetics for modern footwear brands.     One of our flagship products, white plastic oil resistant foaming masterbatch pellet, is designed to provide excellent elasticity and oil resistance. It ensures stable foaming performance during injection or compression molding, allowing for lightweight shoe soles without compromising strength. The product also helps maintain color consistency and improves the smoothness of the final surface, making it ideal for sports shoes, casual shoes, and work boots.   We also offer shoe sole masterbatches pellet, specially formulated to improve abrasion resistance, flexibility, and cushioning. These pellets are suitable for EVA, TPR, and rubber-based materials, helping manufacturers produce soles that remain comfortable even after long hours of wear. The masterbatch ensures uniform dispersion in the polymer matrix, enhancing both mechanical properties and visual appearance.   At YIYUAN, every batch of masterbatch pellet undergoes strict quality control and performance testing. Our R&D team continually refines formulations to ensure compatibility with different shoe sole production processes, including injection, extrusion, and foaming. In addition, we provide OEM and ODM customization services, helping global brands create unique and competitive material solutions.   With advanced production equipment, professional technical support, and a strong commitment to sustainability, YIYUAN has become a trusted supplier in the global footwear materials market. Visit www.yysolematerial.com to learn more about our innovative masterbatch pellets and discover how we can help elevate your shoe manufacturing to the next level.

When it comes to footwear design, choosing the right sole material is one of the most important decisions for both manufacturers and consumers. TPR TPE Sole Material has gained attention in recent years as brands and factories look for materials that balance durability, comfort, and cost-efficiency. But how do TPR and TPE really compare, and which is better for shoes?Understanding TPR Sole MaterialTPR Sole Material (Thermoplastic Rubber) is widely used in shoe production thanks to its excellent flexibility, slip resistance, and cost-effectiveness. It performs well in casual footwear, children’s shoes, and even certain sports shoes. TPR soles are lightweight and easy to mold, making them a practical choice for large-scale shoe manufacturing. However, they may wear down faster in extreme environments compared to more advanced materials.Exploring TPE Sole MaterialOn the other hand, TPE Sole Material (Thermoplastic Elastomer) combines the resilience of rubber with the flexibility of plastic. TPE soles offer superior elasticity, weather resistance, and comfort underfoot, making them ideal for high-performance or premium footwear. Additionally, TPE is often recyclable, which adds to its appeal in today’s eco-conscious market.   Which Is the Better Choice?The decision between TPR and TPE ultimately depends on your priorities. For affordable, everyday footwear, TPR provides a balance of function and value. For shoes that require greater durability, comfort, or sustainability, TPE is often the better option. Many manufacturers now combine both to optimize performance and reduce production costs.Why Choose Dongguan Yiyuan TPR TPE Sole MaterialFor businesses seeking a reliable partner, Dongguan Yiyuan TPR TPE Sole Material offers the perfect solution. With years of expertise in developing both TPR Sole Material and TPE Sole Material, Dongguan Yiyuan delivers high-quality products tailored to your needs. Beyond materials, their commitment to innovation, strict quality control, and excellent customer service ensures long-term value for global footwear brands.In 2025, choosing Dongguan Yiyuan means choosing both performance and partnership for your shoe business.

You want a wear-resistant agent that keeps sport shoe soles strong in 2025. Silicone wear-resistant agent is special. It gives up to 70% better wear-resistant strength. It helps soles last longer. This wear-resistant agent works with EVA, TPR, and PVC. It gives durability, flexibility, and eco-friendly benefits. The silicone wear-resistant agent protects your wear-resistant shoe soles. The wear-resistant agent also keeps comfort. As the market grows, you need a silicone wear-resistant agent that does well in every wear-resistant test. Key Takeaways Silicone wear-resistant agents help shoe soles last longer. They can make soles up to 70% stronger. This means shoes work better on rough ground. Picking the right wear-resistant agent makes shoes more comfy. It also helps shoes bend better and keeps you safe. Your shoes can handle many places without wearing out fast. Wear-resistant agents with recycled materials help shoes last longer. They also help the planet by cutting down waste and saving money. What Is a Wear-Resistant Agent? A wear-resistant agent helps protect shoe soles from getting worn out. It acts like a shield and keeps soles strong when you walk or run on rough ground. If you add a silicone wear-resistant agent to EVA, TPR, or PVC, the soles become tougher. The agent mixes deep into the materials and makes them last longer. EVA wear-resistant agent is great for sport shoe soles. It helps them stay in shape and keeps them strong. Without a wear-resistant agent, most EVA soles do not last long enough. EVA soles without additives can wear down by about 450 mm³. With a silicone wear-resistant agent, this goes down to 135 mm³. Your shoes get better protection and last longer.   Key Qualities for 2025 When you choose a wear-resistant agent for 2025, you need more than just protection from wear. You want comfort, safety, and good performance. Look for these important features: Soles last longer and stay strong Soles bend and stretch for better movement Soles keep water out in wet weather Soles help stop slips on many surfaces Soles absorb shocks to help your feet feel less tired Chemical Property Benefit Durability Makes shoe soles last much longer Slip resistance Keeps you safe and comfortable Surface hardness Stops scratches on the soles Flexibility and elasticity Helps shoes feel good and work well Reduced production waste Less material gets thrown away Decreased maintenance Shoes need fewer repairs   Silicone Wear-Resistant Agent Benefits Silicone wear-resistant agent gives you many good things. It mixes with EVA, TPR, and PVC to make soles stronger and easier to bend. Your shoes last longer and do not wear out fast, even on rough ground. Silicone wear-resistant agent also makes shoes more comfortable and helps you move better. It lowers pressure on your feet so you do not feel pain when you play sports or walk a lot. Silicone wear-resistant agent is good for the planet too. It helps make less waste and lowers costs when making shoes. Manufacturers say they throw away 40% less material and spend 15-20% less money after using silicone wear-resistant agent. You get shoes that are high quality, work well, and are better for the environment. Reliable EVA Wear-Resistant Agents You want your sport shoe soles to last longer. Reliable eva wear-resistant agents help with this. These agents work with many foaming materials. They work with EVA, TPR, and PVC. Silicone wear-resistant agent gives high din abrasion resistance. It also makes the soles more durable. The agent mixes into the eva and makes a smooth surface. This surface does not wear out fast. You see fewer defects and flaws as time goes on. Here is a table that lists the main features of reliable eva wear-resistant agents: Feature Description Lightweight Lighter than traditional rubber soles, improving comfort. Flexibility Adapts to various foot shapes for better fit and comfort. Wear resistance Smooth surface that is not easily worn, ensuring a long service life. Oil resistance Specially treated to resist oil and water stains, maintaining cleanliness. Anti-aging Good anti-oxidation performance, maintaining quality over time. Application Xiangxi's silicone masterbatch enhances wear resistance and performance. You notice better abrasion resistance with these agents. EVA soles with anti-abrasion silicone lose less than 100 mg in the DIN Abrasion Test. Regular EVA soles lose 300-500 mg. Silicone wear-resistant agent helps improve din abrasion values. It also reduces surface flaws. Shoes with these agents last over 12 months. Regular soles wear out in only 3 months.   Application with TPR and PVC Soles You can use eva wear-resistant agent with TPR and PVC soles. This gives better performance. Silicone wear-resistant agent mixes well with these materials. It is easy to use and stands up to heat during production. You add the anti-wear agent while making the soles. This boosts wear-resistant properties. You can use melt blending methods. These include single or twin screw extruders and injection molding. These ways help you get good results every time. Here are some tips for using eva wear-resistant agent: Add 0.2 to 1% of the agent to help with processing and flow. Use 2-10% to make the surface smoother and more resistant to wear. Pick internal extraction and injection molding for the best results. Keep the agent in a dry, cool place to keep it fresh.   EVA wear-resistant agent works well with TPR and PVC. This makes the final product better. You get more abrasion resistance without changing hardness or color. The anti-abrasion masterbatch NM-2T has 50% UHMW Siloxane polymer in EVA resin. This mix helps lower abrasion value and keeps the surface looking good. You see fewer defects and better production speed. Feature Description Product Name Anti-abrasion masterbatch NM-2T Composition 50% UHMW Siloxane polymer dispersed in EVA resin Purpose Improves abrasion resistance and decreases abrasion value in thermoplastics Advantages Better abrasion resistance without affecting hardness and color compared to conventional additives  

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.