The development history of industrial impregnated gloves can be traced back to the late 19th century, evolving from simple protection functions to meet the needs of different industries and applications. They play a crucial role in safety protection in various industries. Nowadays, industrial gloves are no longer limited to impregnated latex gloves, and more new types of gloves made of materials have emerged.
The biggest factor in the design of impregnated gloves is the type of coating used. Below, we will focus on three common types of coating materials and applications: latex, nitrile, and polyurethane.
latex
Comfort and adaptability: Latex gloves have good elasticity and softness, which can tightly fit the hands and provide a comfortable wearing experience. This allows staff to maintain a high level of comfort and flexibility during prolonged use.
Superior waterproof performance: Latex is a natural water-based material, so latex gloves have good waterproof performance. This makes them particularly effective in humid environments, preventing the infiltration of water, liquids, and moisture.
Good grip ability: Latex gloves typically have textured or concave convex surfaces, which help provide good grip ability. This is very important when handling tools, parts, and other objects, especially in humid environments.
Basic chemical protection: Although latex gloves may not be as good as materials such as nitrile compared to certain chemicals, they can provide a certain degree of chemical protection and can be used for the treatment of non-specific chemical substances.
Renewable materials: Latex is a natural material extracted from rubber trees, so it can be considered a renewable material to some extent. This makes latex gloves more attractive in today’s increasingly environmentally conscious world.
Multipurpose applications: Industrial latex gloves can be used in various industrial environments, such as manufacturing, medical, cleaning, laboratory, etc. Their versatility makes them an ideal choice for many work tasks.
Cost effectiveness: Compared to some other advanced materials, latex gloves typically have relatively low costs. This makes them one of the glove choices widely used in most industrial environments.
Nitrile
Chemical protection ability: Nitrile gloves are a type of synthetic rubber gloves with excellent chemical resistance. They can effectively resist many chemical substances, such as acids, alkalis, solvents, and fats, providing reliable chemical protection.
Anti puncture and wear resistance: Nitrile glove materials are relatively tough and have good anti puncture and wear resistance properties. This makes them suitable for use in environments that require handling sharp objects or rough surfaces.
Waterproof performance: Nitrile gloves have excellent waterproof performance and can work in humid environments to prevent water and liquid penetration.
Grip ability: Most nitrile gloves have textured surfaces that provide excellent grip ability. This allows them to maintain stable grip strength in humid or greasy environments.
Insulation performance: Nitrile gloves have certain insulation performance and can provide protection in some electrical working environments to prevent current conduction.
Low allergenicity: Compared to latex gloves, nitrile gloves have a lower likelihood of triggering allergic reactions, as nitrile materials rarely cause skin allergies.
Multi field applications: Industrial nitrile gloves are widely used in many fields, such as chemical, pharmaceutical, medical, automotive maintenance, cleaning and hygiene. This versatility makes it the preferred choice for many work scenarios.
Strength and durability: The material of nitrile gloves is relatively tough, with high mechanical strength and durability, and can be used for a long time in relatively harsh working environments.
PU(Polyurethane)
Superior touch and flexibility: PU impregnated gloves are usually made of thin and soft polyurethane material, providing excellent touch and operational flexibility. This makes them very suitable for tasks that require precision operations, such as assembly, electronics, fine craftsmanship, etc.
Lightweight design: The design of PU impregnated gloves is very lightweight and does not excessively burden the hands, thus maintaining comfort even after prolonged wear.
Grip ability: Although the gloves are thin, PU impregnated gloves usually have good grip ability. Its surface may have texture or bump design, which helps provide stable grip and operation.
Anti static performance: Some PU impregnated gloves have good anti static performance, making them suitable for work environments sensitive to static electricity, such as electronic manufacturing.
Insulation performance: Polyurethane materials have certain insulation performance, although not as good as rubber materials, they are suitable for some mild electrical working environments to provide basic insulation protection.
Adaptation to multiple fields: PU impregnated gloves can be used in multiple fields, such as electronic assembly, assembly lines, inspection, laboratory, painting, etc. Its versatility makes it a common choice for different industries.
Regardless of the work environment you are facing, choosing the appropriate impregnated gloves is a crucial step in ensuring the health and safety of your staff. Latex, nitrile, and polyurethane (PU) impregnated gloves each have unique functions and advantages. As an industrial safety glove manufacturer, we are committed to providing high-quality impregnated gloves to meet your diverse needs.
