Custom PPE Cut-Resistant Gloves Manufacturers

Product features of Greateagle functional cut-resistant gloves

Cut-Resistant gloves are a type of professional hand protection products made of high-strength fibers and a variety of composite materials. They are mainly used to prevent cutting injuries to the hands caused by sharp objects such as knives, glass, and metal edges. This type of gloves is widely used in metal processing, machinery manufacturing, glass industry, construction, logistics handling, food processing, and other high-risk industries. In actual work, due to the need for frequent contact with sharp objects or high-intensity operations, ordinary gloves are difficult to provide effective protection. Once a cut occurs, it may not only cause personal injury, but also cause production interruption and reduced efficiency. Greateagle cut-resistant gloves provide a solid safety barrier for practitioners in various industries with their excellent anti-cut performance and comfortable wearing experience.
Excellent anti-cut performance: Greateagle cut-resistant gloves use advanced multi-layer material composite technology. The core materials include high-performance polyethylene fiber (HPPE), aramid fiber (such as Kevlar), glass fiber, stainless steel wire, etc. These materials are widely used in the field of protective equipment due to their high strength, high toughness, and wear resistance. Among them, HPPE fiber has extremely high tensile strength and excellent softness, and is the leader among lightweight and high-strength materials; aramid fiber is resistant to high temperature and cut, and is suitable for use in high-risk places; stainless steel wire enhances resistance to heavy cutting force and is suitable for heavy industrial scenes. After multi-layer interweaving, weaving or impregnation, these high-performance materials make the gloves have excellent overall protection capabilities, which can easily reach the cut-resistant level 5 in the EN388 standard or the A6 or above level in the ANSI standard, effectively blocking cuts caused by sharp objects such as knives, fragments, and metal corners. Even under high-speed operation, repeated friction, or sudden impact of sharp objects, it can still ensure the safety of hands and greatly reduce the risk of accidental injuries during industrial operations.
Special functional composite design: Different working environments have different protection requirements for gloves. On the basis of cut-resistant gloves, Greateagle integrates a variety of professional protection functions into one, and develops a series of composite functional gloves that are suitable for special working conditions, solving practical problems such as "anti-cut + anti-high temperature", "anti-cut + anti-chemical", and "anti-cut + anti-static", and providing an integrated solution. For heat source operation scenes such as welding and high-temperature metal processing, flame-retardant fibers or heat-resistant coatings are added to resist instantaneous high temperatures ranging from 200°C to 500°C, protecting the hands from burns. When handling corrosive substances such as acidic and alkaline liquids and organic solvents, special coatings such as chloroprene rubber or butyl rubber are added to the outer layer to effectively prevent chemical liquid penetration while maintaining high-level cut-resistant performance. Suitable for humid or oily environments such as food processing, mechanical maintenance, and oil operations, anti-permeability coatings are used to effectively isolate oil and water, while ensuring that the gloves will not soften or slip due to water absorption, affecting operation. This modular and targeted functional combination allows Greateagle cut-resistant gloves to penetrate into various special industry usage scenarios, meet precise protection, and improve overall operating efficiency and safety levels. Comfortable ergonomic design: In order to improve the wearing experience and comfort of long-term operations, Greateagle cut-resistant gloves focus on ergonomic principles in design, and use a tailoring process that fits the hand shape, so that the gloves provide strong protection without affecting finger flexibility. Some products are also equipped with elastic cuffs, breathable linings, anti-slip coatings and other detailed designs to effectively reduce hand fatigue and improve operating efficiency.
Multiple coating technologies enhance performance: Greateagle Safety Products(Ningbo) Co., Ltd. uses different types of coating technologies on the palm and finger areas of cut-resistant gloves, such as polyurethane (PU), nitrile (NBR), latex (Latex), etc., to enhance the grip, anti-slip, oil resistance or chemical resistance of the gloves, making them more adaptable to different operating requirements.

Typical application scenario analysis

Metal processing and machinery manufacturing: In the metal processing and machinery manufacturing industry, common operations include metal sheet cutting, stamping, lathe processing, welding operations, and parts assembly. Operators need to use various types of knives, electric equipment, or frequently contact with untreated metal edges on a daily basis, so the risk of cuts, scratches and pinching is extremely high, especially in high-intensity and high-frequency assembly line operations, where accidents may occur if you are not careful. Cut-resistant gloves provide a stable and durable protective barrier in such high-risk operations. They use high-grade cut-resistant materials such as high-performance polyethylene (HPPE) and stainless steel wire composite fibers to effectively prevent knives or metal corners from cutting the skin. In response to the dual needs of the metal industry for hand operation and gripping force, nitrile coatings, PU coatings or microfoam latex coatings are also applied to the palm to increase friction and enhance stability when holding tools or materials, thereby greatly reducing secondary injuries caused by tool slippage.
Glass and ceramic industries: Glass and ceramic products are extremely easy to break during production, processing, handling and installation. Their edges are as sharp as blades. Without professional protective gloves, it is easy to cause serious scratches or deep cuts to the hands during operation. In addition, the dust particles of some ceramic materials are small, and they may also cause scratches or allergies when attached to gloves. Cut-resistant gloves play a key role in this industry. The high-density woven structure they use can effectively resist the cutting force of glass fragments or ceramic sharp corners. At the same time, they have certain buffering and impact resistance, which can also reduce damage when objects collide. Some models also use anti-slip particle coating or wrinkled latex palm design, which can firmly grasp glass or tiles even in wet or slippery working environments to avoid operating errors. In addition, the fit-to-hand design of the gloves ensures flexibility and stability during delicate handling, which helps to improve manual operation efficiency and reduce breakage rate and safety hazards.
Food processing and slaughtering industry: In the food processing industry, especially in meat cutting, aquatic product processing, poultry slaughtering, cooked food packaging and other links, operators use a large number of sharp tools (such as boning knives, cutting knives, slicers, etc.) to handle raw materials. The working environment is slippery and greasy, and the risk of cuts and slips on the hands is extremely high. Based on the characteristics of this industry, Greateagle Safety Products(Ningbo) Co., Ltd. has launched a variety of food-grade cut-resistant gloves, which not only have medium and high levels of cut-resistant ability, but also have passed food contact safety standards (such as HACCP, FDA) certification. The material is non-toxic and odorless, and can directly contact food ingredients to ensure food safety. At the same time, the outer layer of the gloves has a waterproof and oil-proof coating design, which effectively blocks the penetration of water and grease, keeps the operator's hands dry, improves the accuracy of holding the knife, and reduces the risk of slipping. In addition, some models can be used with disposable outer covers, which not only maintains durability but also takes into account hygiene requirements, and is suitable for use in cold chain and high-cleanliness work areas.
Construction and maintenance and repair: The construction industry is a labor-intensive industry, involving complex operations such as steel bar binding, formwork, cutting, grinding, laying pipelines, cable installation, and equipment maintenance. Many tasks need to be completed in unstable environments such as high altitude, narrow, and humid. Workers' hands frequently come into contact with metal tools, cement products, sharp objects, etc., and face multiple complex risks such as cutting, scratching, collision, and wear. Greateagle Safety Products(Ningbo) Co., Ltd.'s lightweight cut-resistant gloves are particularly suitable for such work scenarios. It is woven with lightweight and high-strength materials. The overall weight of the gloves is light but the strength is not reduced, so that workers are not easily fatigued during long-term operation and maintain good flexibility and control. The palm part has a reinforced anti-slip design, which can firmly grasp various tools even in a humid or dusty construction site environment. Some models also have a breathable and sweat-proof structure, which is suitable for hot environments or outdoor all-weather operations. In addition, the cuffs of the gloves are elastic and fit the wrists, preventing foreign matter from entering the gloves and further ensuring hand safety.