Impact Resistant Gloves manufacturer in china
We are a professional manufacturer of impact-resistant gloves. Their primary function is to protect hands from impact injuries. These gloves effectively mitigate impact damage to hands while maintaining excellent grip and cut resistance. They are primarily used in heavy industries such as logistics and oil & gas. The main material for impact-resistant gloves is thermoplastic rubber (TPR), primarily nitrile-coated. We support OEM/ODM customization and comply with industry safety standards. We welcome you to connect with our TPR glove experts.
Gloves meeting ANSI Level 3 impact resistance testing
Crafted from premium materials for extended service life
Tailored impact-resistant gloves available
Product Specifications
Impact-resistant gloves deliver exceptional mechanical protection. We provide impact resistance testing and certification to EN 388 and ANSI standards. Our gloves meet the highest impact protection requirements.
M-TIDE utilizes high-performance thermoplastic rubber (TPR). Base materials include nylon, polyester, spandex, and others. It primarily features anti-slip nitrile coating. Depending on requirements, anti-static fibers, waterproof coatings, and waterproof functionality can be added. We provide cut-resistant TPR gloves, winter TPR gloves, impact-resistant leather welding gloves, and more.
Anti-Static Impact Resistant Gloves
Cut Resistant Impact Protection Gloves
Touchscreen Cycling Gloves
Driving TPR Impact-Resistant Gloves
Chemical-Resistant Impact-Resistant Gloves
Cut-resistant and impact-resistant gloves
Impact-Resistant Welding Gloves
Electrician's Impact-Resistant Gloves
Why choose us?
We are a professional manufacturer of impact-resistant gloves in China. Our gloves meet EN388 impact testing standards and ANSI Level 2 and Level 3 testing requirements. We support customization for various OEM/ODM products. With years of industry experience, we maintain long-term partnerships with numerous brands.
Durable and Abrasion-Resistant: Premium raw materials ensure quality and longevity. Businesses can effectively reduce glove replacement frequency and lower procurement costs.
- Integrated Protection: Offers comprehensive safeguards including impact resistance, cut resistance, oil resistance, and chemical resistance.
- On-Time Delivery: Our fully integrated production lines ensure efficient manufacturing and ample inventory, enabling swift fulfillment of orders.
- Compliance & Safety: Meets international standards with clear labeling and test reports provided, guaranteeing customer satisfaction.
- Expert Team: Our specialists average over 10 years of industry experience and have earned recognition from numerous partner brands.
What is Thermoplastic Rubber (TPR)?
Thermoplastic Rubber (TPR)
TPR material is an elastomer manufactured from thermoplastic rubber. Primarily modified from SBS or SEBS matrix, it serves as the impact-resistant patch for gloves. By absorbing and dispersing impact forces, it reduces the shock transmitted to bones. Additionally, it offers shock absorption, bend resistance, and elasticity. This unique material is specifically designed for impact-resistant gloves. Its ergonomic design ensures enhanced comfort during wear.
Advantages:
- Thermoplastic Properties: TPR materials can be reprocessed after molding through reheating. They are easily recyclable and sustainable.
- Durability: Its elasticity resembles rubber. It disperses impact forces to reduce hand injury while maintaining high resilience.
- Corrosion and Oil Resistance: Like rubber, this material resists oil penetration. It remains undamaged upon contact with most chemicals.
- Electrical insulation: During electrical work, this material prevents electric shock, functioning similarly to rubber and plastics.
- Anti-slip comfort: TPR material is commonly used on glove knuckles and palms. Surface texture designs effectively enhance grip strength and slip resistance.
- Replaces traditional PVC and TPE materials.
International Standard Testing for Impact Protection
Impact resistance ratings primarily follow two major systems: EN388 and ANSI/ISEA 138. These standards conduct rigorous experiments specifically to test gloves’ impact resistance performance.
- ANSI/ISEA stands for the American National Standards Institute/International Safety Equipment Association. Under ANSI/ISEA 138, impact resistance is categorized into Levels 1 to 3. Higher numbers indicate higher levels.
- EN388 conducts comprehensive mechanical protection testing on gloves. It features a shield symbol with six characters arranged left to right. The rightmost character indicates impact resistance, with three options: P (Pass), F (Fail), or X (Performance unknown).
custom TPR Impact Resistant gloves
Customize Your Impact-Resistant Gloves: Multiple customization options available. Connect with our experts.
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Additional Features:
Mechanical protection, chemical resistance, waterproof/cold-resistant, heat protection, electrical shock resistance, touchscreen compatibility. -
TPR Impact Pads:
Customizable TPR cushioning blocks (shape, thickness, layout, and absorption level). -
Sizes:
XXL/XL/L/M/S (6–12), up to 3XL, child and women-friendly. -
Labels & Packaging:
Custom packaging printing, compliance certification labels. Personalized hangtags. -
Coating:
Full dip, half dip, double layer -
Nitrile Surface:
Smooth, sand/grainy coating, customizable colors.
Impact-Resistant Gloves Applications
Heavy Industry:
Strong mechanical protection safeguards hands during heavy-duty tasks. Suitable for mining, machinery manufacturing and maintenance, metalworking.
Chemical & Electrical:
Gloves feature oil-resistant and chemical-resistant materials. High flexibility and comfortable fit. Suitable for chemical compounding, oil extraction, and precision electronic instrument manufacturing.
Thermal Protection:
Provides insulation against cold and fire/heat resistance. Gloves can regulate temperature as needed. Ideal for metal welding and winter outdoor work in cold weather.
Frequentiy Asked Questions
What is the minimum order quantity (MOQ) for your company's impact-resistant gloves?
The standard MOQ is 1,200 pairs per style. Custom styles require a minimum order of 3,000 pairs, with samples available for testing. We welcome you to connect with our experts.
Can the impact protection level and coating be customized according to our industry's operating conditions?
Yes. We support custom layouts/thicknesses for TPR pads (for construction/machinery/oilfield applications), with nitrile coatings available in full immersion, half immersion, or dual-layer options. Grip strength, oil resistance, and chemical resistance can be adjusted. Free design proposals and sample confirmation are provided, with a lead time of 4-6 weeks.
What are impact-resistant gloves?
Impact-resistant gloves are a type of protective glove specifically designed to guard against impact injuries. Their most distinctive feature is the use of TPR (Thermoplastic Rubber) impact pads. These pads effectively cushion the force of impacts. In heavy-duty work environments, objects may fall and strike the back of the hand—a common occurrence in construction and machinery operation.
Impact-resistant gloves can also be customized with additional features based on your requirements, such as waterproofing, fire resistance, and cut resistance. We offer tailored production services to help you design the perfect solution.
Impact-Resistant Glove Protection Ratings:
Impact-resistant gloves are classified under two major systems: EN388 and ANSI 138. ANSI 138 primarily classifies gloves’ impact resistance into grades 1 to 3. In EN388, the letter P indicates passing the impact resistance test. The letter F indicates failing the test. The letter X indicates unknown or untested results. Gloves’ impact resistance is customized according to your requirements. We will print the safety test results on the gloves per your specifications.
We provide quality assurance for our gloves and reliable service.
What type of impact-resistant gloves do security personnel use?
Security gloves are commonly employed. Professional security gloves meet the protective requirements for mission execution, including cut resistance and impact resistance. During security operations, impact-resistant gloves prevent hands from being injured by weapons. In the line of duty, gloves safeguard personnel against threats posed by intruders. Due to the high intensity of specialized training, the impact-resistant gloves used demand superior abrasion resistance.
In summary, security impact-resistant gloves require specialized designs and cannot be substituted with ordinary impact-resistant gloves. However, we offer customization services.
Are impact-resistant gloves worth buying?
Impact-resistant gloves are worth buying.
- First, providing workers with appropriate protective gear is a fundamental OSHA requirement for employers. This is a mandatory regulation that employers must comply with.
- Second, purchasing impact-resistant gloves helps reduce workplace accident rates. One of our home appliance partners saw a 40% decrease in hand injuries after implementing them. This creates a safer working environment for employees.
Additionally, impact-resistant gloves are durable and require less frequent replacement. This contributes to lower operational costs for businesses.
When should impact-resistant gloves be used?
Impact-resistant gloves have a wide range of applications. They can be used across various industries, from large-scale construction projects to small-scale home renovations. These gloves are suitable for tasks involving impact risks. The TPR material on the surface effectively reduces injuries caused by impacts. Additionally, the high-performance fiber material used in their construction provides a certain level of cut resistance.
If you require specialized cut-resistant gloves or other varieties, we recommend selecting more professional gloves. Contact us, and we will provide you with the perfect solution.
How to Properly Clean Impact-Resistant Gloves?
Cleaning impact-resistant gloves is a crucial step in maintaining them. It effectively extends the gloves’ lifespan and enhances their durability. When washing, it is recommended to use specialized glove cleaning agents. These provide optimal care for the glove materials. Some gloves can be washed directly with water. However, certain gloves may shrink or become damaged after water washing.
After cleaning, pay close attention to the drying process. Place gloves in a cool, well-ventilated area to air dry. Improper drying methods may cause TPR material deformation or promote bacterial growth.
What are impact-resistant gloves made of?
The base material for impact-resistant gloves primarily uses high-performance fibers, including polyester and spandex. These materials provide the gloves with cut and tear resistance. Additionally, they offer a degree of fire resistance and high-temperature tolerance. The glove coating typically employs nitrile rubber, which effectively delivers waterproofing and slip resistance.
The most crucial material for impact-resistant gloves is TPR (Thermoplastic Rubber). As previously mentioned, this material is indispensable for impact-resistant gloves.
Can impact-resistant gloves replace cut-resistant gloves?
Our recommendation is no. Cut-resistant gloves serve as specialized equipment designed for enhanced protection, and impact-resistant gloves similarly fulfill specific functions. Before making a selection, you must clearly understand the required glove capabilities for your application. For more specific inquiries, please contact Mtide. Impact-resistant gloves primarily guard against impact injuries—specifically damage caused by falling heavy objects. Cut resistance, on the other hand, focuses on preventing lacerations from sharp, blade-like objects commonly encountered in industries such as metal recycling and sheet metal processing.
How flexible are the impact-resistant gloves?
Our impact-resistant gloves offer excellent flexibility with an ergonomic design. We guarantee you’ll receive satisfactory goods within your delivery period. Glove flexibility is closely tied to thickness and material composition. Compared to traditional leather, high-performance fiber materials are lighter and more comfortable to wear. This allows for thinner gloves, significantly enhancing flexibility.
The flexibility of impact-resistant gloves is closely tied to their material composition. Selecting the appropriate glove material is crucial.
Are impact-resistant gloves cold-resistant?
Impact-resistant gloves feature a multi-layer composite construction. They provide enhanced temperature regulation for the hands. No matter how cold the external environment, we can offer a customized solution based on your specific requirements. Cold-resistant gloves are typically thicker and offer reduced flexibility. They are suitable for use in cold outdoor environments and can also be employed for transportation and storage logistics in cold storage facilities.
However, not all gloves possess cold-resistant properties. For cold protection, select gloves with appropriate coatings, sizing, and materials.
