Heat and Cold Resistance: Specialized gloves provide thermal insulation, protecting your hands from extreme temperatures. This is especially important in jobs involving foundries or refrigeration units.
Chemical Resistance: In industries where there is a risk of chemical exposure, gloves made from certain materials can prevent harmful substances from coming into contact with your skin.
Comfort and Flexibility: Modern work gloves are designed with ergonomics in mind, reducing hand fatigue and allowing more natural movement. This increases both comfort and productivity on the job.
Work gloves are classified by material, design and intended use:
Leather Gloves: Common in the construction and mechanical industries, leather gloves are durable and provide excellent protection against abrasion and punctures. Examples include utility nigeria number data gloves and welding gloves.
Rubber and Latex Gloves: Ideal for chemical, medical and laboratory environments, these gloves provide excellent resistance to chemicals and pathogens. Their flexibility increases dexterity for complex tasks.
Coated Gloves: These gloves have a fabric base with a protective coating such as nitrile, PU or PVC. They combine comfort with moderate protection suitable for handling small parts or assembly.
Cut-resistant gloves: These gloves are made of materials such as Kevlar or HPPE, which are designed to protect against sharp objects. They are necessary for jobs that involve handling glass, metal or other sharp materials.
Thermal Gloves: These gloves are insulated to protect against extreme heat or cold, making them suitable for work in foundries or cold storage environments.