Work Gloves

Work gloves are ideal for protecting hands in the workplace and are an important safety consideration across a wide variety of industries and fields. Additionally, providing and wearing suitable safety gloves in the workplace is important in meeting PPE (personal protective equipment) requirements.

Why Use Work Gloves?

Work gloves protect your hands against cuts, abrasions and punctures. Whether you are installing devices such as sounder beacons or dealing with electrical hook-up wiring that involves risks from exposed wires and electrical components, gloves provide essential protection against potential hazards. Additionally, selected work gloves are designed with specific materials for added cut protection or abrasion resistance, as well as protection against chemicals, vibration, moisture and wetness, and cold or hot temperatures.

What Work Gloves Do I Need?

Work gloves are available in a variety of materials, including leather, latex, HPPE, neoprene, nylon and more. Therefore, you should choose your work gloves based on the type of material you will be handling and the risks you will be exposing your hands to. Some safety gloves also have protective coatings, with rubber and latex-coated gloves which provide excellent palm grip and hand protection from sharp materials like glass, metal, barbed wire, etc. You will also find specialist gloves such as:

Cut Resistant Gloves:

Cut resistant safety gloves are essential for protecting hands from sharp objects and materials in various industries. These gloves are typically made from high-performance materials such as:

• Kevlar: Offers excellent cut resistance and heat protection
• Dyneema: Provides superior cut resistance while remaining lightweight
• High-Performance Polyethylene (HPPE): Offers good cut resistance and comfort

When selecting cut resistant gloves, consider the level of protection needed, dexterity requirements, and any additional hazards present in the work environment, such as exposure to heat or cold.

Heat Resistant Gloves:

Heat resistant work gloves protect hands from high temperatures, flames, and thermal hazards. These gloves are typically made from materials such as:

• Kevlar: Offers both heat and cut resistance
• Nomex: Provides excellent heat and flame resistance
• Aluminised fabrics: Reflect radiant heat for extreme temperature applications

When selecting heat resistant gloves, look for those rated according to the EN 407 standard, which tests for contact heat, convective heat, radiant heat, small splashes of molten metal, and large quantities of molten metal.

Leather Work Gloves:

Leather work gloves are a versatile option known for their durability and protection against abrasions, punctures, and moderate heat. They are often made out of:

• Cowhide: Offers good all-around protection and durability
• Goatskin: Provides excellent dexterity and abrasion resistance

Many leather work gloves feature reinforced palms or fingertips for added durability in high-wear areas. Some may also include additional features like impact protection or cut-resistant liners for enhanced safety.

Mechanic Gloves:

Mechanic gloves are designed to provide protection, dexterity, and grip for tasks involving small parts, tools, and machinery. These gloves often feature:

• Synthetic leather palms for durability and grip
• Breathable back materials like spandex or mesh
• Reinforced fingertips for added protection
• Padded knuckles for impact resistance

When selecting mechanic gloves, look for features like touchscreen compatibility, oil-resistant materials, and ergonomic design for comfort during extended wear.

Thermal Work Gloves:

Thermal work gloves provide insulation against cold temperatures while maintaining dexterity for work tasks. These insulated work gloves typically feature:

• Insulating materials like Thinsulate or fleece
• Waterproof or water-resistant outer layers
• Breathable membranes to prevent moisture buildup
• Textured palms and fingers for improved grip in cold conditions

When choosing thermal work gloves, consider the level of insulation needed, dexterity requirements, and any additional protection needs such as waterproofing or impact resistance.

As the top work gloves supplier in Malaysia, we carry a wide range of work gloves sourced from trusted brands, such as Ansell, Delta Plus, Honeywell Safety, and many more. These gloves are available in a range of protective materials including leather, latex, HPPE, fibreglass, Kevlar, neoprene, nitrile, nylon, polycotton, PVC and many more, ensuring you have the right work gloves suitable for your application.

Furthermore, we stock an extensive range of work gloves available in many sizes, from extra small to XXL. However, it is good to note that sizes differentiate between brands. Therefore, we recommend consulting the size chart of the manufacturer before purchasing your industrial gloves online.

Industry Applications For Work Gloves

Agriculture

In agriculture, work gloves are crucial for protecting hands from thorns, chemicals, and machinery. They are often made from durable materials like leather or heavy-duty synthetics to withstand rough use. For example, when handling barbed wire or operating pruning equipment, high-quality work gloves prevent cuts and abrasions, ensuring safety and efficiency.

Automotive Industry

In the automotive industry, mechanic gloves protect hands from oils, greases, and sharp objects. These gloves are typically made from materials that offer both dexterity and protection, which are crucial for tasks like engine repairs. An example is mechanics using nitrile-coated gloves to maintain a secure grip on tools while preventing skin contact with harmful substances.

Aerospace Industry

Work gloves in the aerospace industry are used to handle sensitive components safely and to protect against chemical exposures. Gloves used here are often anti-static and resistant to chemicals. For instance, technicians wear insulated work gloves while assembling or repairing electrical parts of aircraft to prevent electrostatic discharge.

Chemical Manufacturing

In chemical manufacturing, safety gloves are indispensable for protecting against hazardous substances. These gloves are usually made from materials like neoprene or latex, which provide resistance to chemicals. A typical application would be handling acids or solvents, where gloves prevent direct contact with harmful chemicals.

Machinery Operation

For machinery operation, heavy-duty work gloves are essential to protect operators from mechanical risks. These gloves are designed to be robust and provide high levels of abrasion and tear resistance. For example, operators in a metal fabrication plant might wear leather gloves to protect against sparks and sharp edges.

Packaging

In the packaging industry, work gloves are used to ensure hand safety and product hygiene. Lightweight, flexible gloves enhance grip and precision when handling or wrapping goods. For example, employees at a distribution centre might use latex-coated gloves for better grip and protection while packaging fragile items.

Electronic Manufacturing

In electronic manufacturing, safety gloves are integral to adhering to Malaysia’s manufacturing safety operating procedures, protecting workers from electrical risks and contaminants. ESD (Electrostatic Discharge) gloves are commonly used to handle sensitive electronic components, preventing damage from static electricity and ensuring safety.

Printing

In the printing industry, work gloves protect against inks, solvents, and machinery. Gloves used are often resistant to chemicals and provide a good grip. For instance, workers handling printing rollers or performing maintenance on printing presses wear gloves to avoid direct contact with potentially irritating chemicals and to enhance safety.

Painting

For painting, waterproof insulated work gloves are essential, especially when working with solvent-based paints or in cold, wet conditions. These gloves protect against chemical exposure and provide warmth and moisture resistance. An example would be a painter using waterproof work gloves to handle paint thinners or during exterior painting projects in adverse weather conditions.