Custom PPE Gloves With Special Functions Manufacturers

Core features of Gloves with special functions

Gloves with special functions are designed according to different working conditions and cover the following categories of protective functions:
High temperature resistant gloves: Made of aramid fiber, thermal insulation cotton, silicone coating and other materials, they can withstand instantaneous high temperatures of up to 500°C and are suitable for welding, smelting, heat processing, casting and other workplaces with strong heat sources.
Chemical resistant gloves: Made of polymer materials such as butyl rubber, chloroprene rubber or polyvinyl fluoride, they have excellent anti-corrosion properties and can effectively prevent the erosion of chemicals such as acids, alkalis, organic solvents, and oils. They are widely used in chemical, pharmaceutical, and laboratory fields.
Electrical insulating gloves: Made of natural rubber or synthetic insulating materials, they have passed the high-voltage electrical resistance test and can withstand voltages ranging from 1kV to 36kV. They are suitable for electrical operations such as power maintenance, electrical equipment installation, and high-voltage operation.
Cold and frost-proof gloves: Designed for low-temperature environments, they contain thermal insulation materials such as thermal cotton, wool, and 3M Thinsulate. They also have windproof and waterproof coatings to ensure flexible operation at temperatures of minus 30°C or even lower, and are suitable for cold chain logistics, snow operations, northern winter construction, and other scenarios.
Waterproof and oil-proof gloves: Made of materials such as polyurethane and PVC with strong sealing properties, with a non-slip surface design, they are suitable for environments that require long-term contact with liquids such as petrochemicals, marine operations, underwater construction, and oil pollution cleaning.
Through the combination of different functions, Greateagle Safety Products(Ningbo) Co., Ltd. has developed a variety of composite functional gloves, such as "high temperature resistant + anti-cut", "anti-chemical + anti-oil", "waterproof + cold-proof" and other products, truly achieving the "one hand with multiple functions" protection effect.

Functional gloves have much higher material requirements than ordinary gloves. Greateagle Safety Products(Ningbo) Co., Ltd. has introduced a high-tech high-performance material system in material selection:
Aramid: Aramid fiber is an aromatic polyamide material with extremely high strength and toughness, and has extremely high thermal stability, mechanical strength and wear resistance. Its strength is more than 5 times that of steel of the same weight, but its weight is only 1/5 of that of steel, so it has the excellent performance of "lightweight and high strength". In the field of gloves, aramid is often used to make multifunctional gloves that are resistant to high temperatures, cuts, and sparks. Because its melting point is as high as 500°C, and it will not drip or burn, it is very suitable for high temperature or flame working environments such as welding, high temperature furnace edges, foundries, and metal heat treatment.
Aramid is also widely used in high-safety equipment such as military, aerospace, and racing protective clothing. In terms of industrial protection, it is also an irreplaceable "golden material" in extreme scenarios.
Neoprene: Neoprene is a synthetic rubber material with excellent chemical stability and aging resistance. It can still maintain good flexibility and protective performance in complex environments such as contact with grease, acid and alkali, organic solvents, ultraviolet rays, ozone, wind and rain.
HPPE fiber: HPPE (High Performance Polyethylene) is high-performance polyethylene fiber, which is one of the most widely used cut-resistant materials on the market. It has extremely high tensile strength and wear resistance, even exceeding that of steel wire, and has the advantages of being lightweight, soft and breathable. In anti-cut gloves, HPPE is widely used in metal processing, glass manufacturing, machinery maintenance, warehousing and logistics and other industries, and can effectively resist cuts on the hands caused by sharp objects such as knives, glass edges, and metal burrs. Since HPPE fiber can be mixed and woven with materials such as glass fiber, steel wire, and aramid, and can also be adapted to a variety of coating technologies, it has become the most plastic and extensible basic material in functional gloves, and is particularly suitable for designing composite functional gloves such as "anti-cut + anti-slip + oil resistant + heat resistant".
3M Thinsulate cotton: 3M Thinsulate is a high-performance microfiber insulation material developed by 3M Company in the United States, known for its "light, thin, and warm" characteristics. Its microfibers can capture more air, thereby providing good insulation at an extremely thin thickness, and are the preferred material for modern cold-proof equipment.
PVC/PU coating: PVC (polyvinyl chloride) and PU (polyurethane) coatings are the most common surface treatment methods for functional gloves. By coating key parts such as the palm and fingertips, the grip, anti-slip and anti-permeability of gloves can be greatly enhanced.
Conductive fiber: Conductive fiber is a material with the ability to conduct electric charge. Common types include carbon fiber, stainless steel fiber, silver ion fiber, etc. They can quickly release static electricity from the human body and prevent static electricity from accumulating at the fingertips to form charge release, thereby causing damage to electronic components or causing safety accidents.

Through multi-layer composite materials and functional zoning treatment (such as palm reinforcement, back ventilation, fingertip reinforcement, etc.), Greateagle Safety Products(Ningbo) Co., Ltd. gloves achieve multiple protection without increasing the sense of heaviness, maintaining hand flexibility while improving safety.
Working in extreme environments is often long and intense, which places higher requirements on the wearing comfort of gloves. Gloves with special functions widely use ergonomic cutting and hand-fitting structure in their design to achieve the following optimizations:
High fit: The gloves are optimized in size according to the different hand shape data of Asia and Europe and the United States, making them more comfortable to wear and reducing the discomfort caused by gaps;
Enhanced flexibility: Soft composite materials or enhanced elasticity are used in the joints and fingertips to ensure that they can still smoothly complete grip, rotation, pressing and other actions after wearing;
Reduced sense of weight: Some gloves use lightweight linings such as ultra-fine fleece and nylon knitted fabrics inside, so that the whole pair of gloves has high-performance protection while maintaining lightness;
Sweat-proof and breathable: Design ventilation holes or use microporous fabrics on the back of the palm or non-contact area to effectively wick away sweat and reduce the stuffiness and slipperiness caused by long-term wear;
Anti-fatigue structure: Reasonably distribute stress areas to reduce the burden on finger joints and palms, and improve comfort and durability during continuous operation.
In order to ensure that the gloves can maintain high protection performance in harsh environments, Greateagle Safety Products(Ningbo) Co., Ltd. adopts strict quality control standards and process flow in the production process:
Pressure/heat/corrosion resistance test: multiple rounds of physical and chemical tests are used to ensure stable material performance;
Multi-layer weaving and seamless docking technology: improve the overall strength of the gloves and avoid seams from becoming damage points;
Coating uniformity control: improve the wear resistance, anti-slip and liquid penetration resistance of the palm of the gloves;
Multi-batch testing and certification: products have passed international certifications such as CE, EN, ANSI, ISO, etc. to ensure regulatory compliance for entering different markets.

Typical application scenario analysis

Operators often face multiple dangerous factors such as oil, chemical corrosion, high-temperature equipment, hydraulic systems, etc. Greateagle Safety Products(Ningbo) Co., Ltd.'s oil-proof and chemical-proof gloves can effectively prevent harmful liquids from penetrating and protect the skin of the hands from corrosion. They are suitable for tasks such as loading and unloading crude oil, inspecting pipelines, and chemical cleaning.
Electrical maintenance, distribution cabinet inspection, and line maintenance have high risk factors. Greateagle Safety Products(Ningbo) Co., Ltd.'s electrical insulating gloves are graded according to the voltage level, providing insulation protection from low voltage to 36kV, ensuring that electricians are protected from electric shock during operation.
In high-temperature environments such as in front of smelting furnaces and hot rolling workshops, operators need to deal with hot metal and sparks. Greateagle Safety Products(Ningbo) Co., Ltd.'s high-temperature protective gloves have high-efficiency heat insulation and spark resistance, which can significantly reduce the risk of burns and scalds.
Long-term exposure to extremely low temperatures can easily lead to frostbite. Greateagle Safety Products(Ningbo) Co., Ltd.'s cold-proof gloves have an inner layer of insulation and an outer layer of windproof and waterproof. They can be used in cold storage, outdoor construction, snow search and rescue and other low-temperature working environments to ensure the temperature of operators' hands.
Operators need to frequently contact hazardous liquids such as acids, alkalis, and organic reagents. Greateagle Safety Products(Ningbo) Co., Ltd.'s chemical-resistant gloves are compatible with a variety of surgical and experimental operations. They not only have chemical protection capabilities, but also have good sensitivity and wearability.