Work gloves

Work gloves protect against abrasions, cuts, and burns

Work gloves are an essential part of protective equipment in many professions. Whether you work in construction, industry, warehouses, or workshops, high-quality gloves provide the necessary protection against mechanical, chemical, and thermal hazards. They protect the hands from abrasions, cuts from sharp edges, burns from hot objects, and contact with hazardous substances.

In addition to safety, work gloves also increase comfort during work – they minimize hand fatigue, provide a better grip on tools, and prevent the formation of calluses and blisters. Different types of gloves are designed for specific conditions – from delicate assembly and handling electronics to heavy industrial work or welding. The choice of the right type of gloves depends on the work environment, required protection, and the material from which they are made.

Advantages of work gloves

Practical hand protection against injuries and abrasions

Protection against dirt and grease

High-quality gloves improve grip

Various types of gloves, from leather, through textile and chemical, to winter gloves

Upper limb injuries account for up to 39%

According to data from Eurostat in the report "Work-related injuries resulting in more than 3 days of work incapacity", upper limbs, that is, hands, ranked first with a value of 39%. Lower limbs accounted for 28%, back injuries for 12%, head injuries for 7%, torso injuries for 4%, neck injuries for 3%, and other injuries for 7%. Work gloves are designed to protect hands from various types of injuries that can occur during different work activities. The most common risks that gloves protect against include:

• Mechanical injuries: abrasions, cuts, punctures, or bruises caused by sharp or rough objects
• Thermal injuries: burns from contact with hot surfaces, flames, or molten materials
• Chemical injuries: skin irritation or burns caused by contact with hazardous chemicals or solvents
• Electrical injuries: electric shocks when working with electrical equipment or wiring
• Vibration injuries: nerve and vessel damage due to prolonged exposure to vibrations from tools or machinery
• Biological risks: infections caused by contact with microorganisms, bodily fluids, or contaminated materials
• Static electricity: accumulation of static charge that can lead to sparks or damage to sensitive electronic components

Leather, dipped, and welding gloves: How are work gloves classified?

Leather gloves

Dipped gloves

Cut-resistant gloves

Anti-vibration gloves

Welding gloves

Chemical-resistant gloves

ESD gloves

Winter gloves

Gloves are made from leather, cotton, and special materials

Work gloves are an essential protective tool in many industries, and their effectiveness depends on the material used. Choosing the right material affects not only the level of protection but also the comfort and functionality of the gloves for specific tasks.

Leather gloves are made from leather of various animals

Leather is a traditional material for making work gloves due to its durability, flexibility, and breathability. Leather from different animals is used, with each type offering unique properties suitable for specific applications. In addition to natural leather, synthetic alternatives are also used in some cases.

• Cowhide – the most common material with excellent resistance to mechanical damage. Cowhide top layer (the upper layer of leather) is softer and offers better sensitivity, while cowhide split (the lower layer) is thicker and provides higher protection against abrasion and heat
• Goatskin – very flexible and soft, providing high sensitivity for handling. Ideal for precise work where a combination of protection and flexibility is needed
• Sheepskin – soft, comfortable, and provides good insulation against cold, making it ideal for winter work gloves
• Pigskin – characterized by higher breathability and resistance to moisture. Suitable for work environments where hands are exposed to moisture or sweating
• Oxhide – very strong and resistant to mechanical stress while maintaining some flexibility. Often used for welding gloves or gloves for heavy industries
• Lambskin – soft and luxurious, offering high sensitivity and comfort. Less commonly used in the work sector, mainly for special gloves requiring extra softness
• Synthetic leather – a modern alternative to natural leather, made from polyurethane or other synthetic materials. It offers good abrasion resistance, is more environmentally friendly, and is often used where consistent material quality is required without natural variations

Knitted and dipped gloves have a textile base

Knitted work gloves are made from textile fibers, such as cotton, polyester, or nylon. Due to their flexibility and breathability, they are comfortable to wear throughout the day. They are often combined with dipping into various materials, such as nitrile, latex, or polyurethane, which increases their resistance to abrasion, chemicals, or moisture. They are ideal for fine assembly work, storage, or handling materials.

In addition to classic knitted and cotton gloves, there are also dipped gloves. What are the most common dipping methods for these gloves?

• Finger-tipped dipping – the protective coating is applied only to the fingertips, providing extra grip without limiting flexibility
• Half-dipped gloves – the coating covers only the palm and fingers, increasing grip and abrasion resistance, while the back of the hand remains breathable
• Fully dipped gloves – the protective layer covers the entire surface of the glove, providing maximum protection against liquids, oils, and chemicals
• Double dipping – the gloves are dipped twice, increasing their resistance to abrasion, chemicals, and liquid penetration

Disposable gloves are made of nitrile, latex, and PVC

Disposable gloves provide protection against contamination, dirt, and chemicals. They are most commonly made from latex, which is elastic and fits well on the hand, from nitrile, which is resistant to oils and chemicals, or from PVC, which is suitable for people with latex allergies. They are primarily used in healthcare, food processing, laboratories, or industries where gloves need to be frequently changed.

• Nitrile – resistant to oils, chemicals, and punctures. It is hypoallergenic, making it an ideal alternative to latex
• Latex – highly elastic material with excellent adhesion to the skin. It provides good protection against chemicals but may cause allergic reactions
• Vinyl (PVC) – an economical option for short-term use, less elastic but suitable for people with latex allergies
• Polyethylene (PE) – a very thin and inexpensive material, mainly used in food processing or for short-term contact with dirt

Work gloves and standards. What is tested?

Work gloves are subject to strict standards that ensure their protective properties and safety during work. Different work environments require different levels of protection – from mechanical resistance to thermal insulation, and from protection against chemicals to electrical risks. The standards define what tests the gloves must pass to be certified for specific use.

Glove size chart: How to buy the right gloves?

To ensure maximum protection and comfort, it is important to choose the correct glove size. Gloves that are too tight can restrict finger movement and cause discomfort, while gloves that are too loose can slip off the hand and reduce sensitivity during work.

Instant 10% or 15% discount? Order a full pack or carton

For gloves, we offer the option of bulk purchasing. On the product detail page, when adding to the cart, you can choose your preferred packaging. You can purchase in units: pair, pack, or carton, and then select the quantity of the chosen packaging. You can also immediately see how many pairs are included in a full pack or carton.

For pack and carton packaging, we offer quantity discounts.

• 10% discount for a pack
• 15% discount for a carton

The discount is calculated automatically, and the final amount is visible immediately on the product page. Simply choose the packaging.