Safety Gloves - Buy Hand Gloves at Best Price in UAE

Arc protection Gloves HRC 4, Class 2, ATPV 45.0 cal/cm2.
Field of application
The BSD arc protection gloves HRC 4 permits the user to work in the vicinity of live parts for example switching operations, inserting of protective plates or take out of NH-fuses.
Because of its high arc protection level against thermal hazards the gloves can be used at electrical installations with higher short-circuit energy (up to WLBP = 630kJ according to risk assessment pursuant German DGUV 203-077).
Features:
- Attention
- No insulating properties!
- Arc Protection Classification
- GS-ET-29 (Box-Test): Class 2
- WLBP = 630 kJ
- ASTM F2675 / ATPV 45.0 cal/cm²
- F2675M-13 HRC 4

Arc protection Gloves HRC 3, Class 2, ATPV 31.0 cal/cm2.
Field of application
The BSD arc protection gloves HRC 3 permits the user to work in the vicinity of live parts for example switching operations, inserting of protective plates or take out of NH-fuses.
Because of its high arc protection level against thermal hazards the gloves can be used at electrical installations with higher short-circuit energy (up to WLBP = 395 kJ according to risk assessment pursuant German DGUV 203-077).
Features:
- Attention
- No insulating properties!
- Arc Protection Classification
- GS-ET-29 (Box-Test): Class 2
- WLBP = 395 kJ
- ASTM F2675 / ATPV 31.0 cal/cm²
- F2675M-13 HRC 3

Arc protection Gloves HRC 2, Class 2, ATPV 18.0 cal/cm2.
Field of application
The BSD arc protection gloves HRC 2 permits the user to work in the vicinity of live parts for example switching operations, inserting of protective plates or take out of NH-fuses.
Because of its high arc protection level against thermal hazards the gloves can be used at electrical installations with higher short-circuit energy (up to WLBP = 395 kJ according to risk assessment pursuant German DGUV 203-077).
Features:
- Attention
- No insulating properties.
- Arc Protection Classification
- IEC 61482-1-2 APC 2 / Class 2 WLBP = 395 kJ
- ASTM F2675 / ATPV 18.0 cal/cm²

Stripped Leather Rigger Glove, Single Palm
Features:
- Cow Split Leather
- Single palm, economy
- Cotton lined on palm
- Rubberized cuff
- Wing thumb
- Colour: Green Stripes
- Size: 10.5”
Application: Construction, Utility, Engineering, Manufacturing, Automotive


The original oil & gas industry glove.
Features:
- Exclusive palm material which is 28% more abrasion resistant then the normal synthetic leater.
- Empiral ® metacarpal protection.
- Empiral ® knuckle protection provides 90% impact absorption.
- Impact protection offers sidewall and complete fingertip protection.


Black PU Palm Coated Gloves
Features:
- Lightweight, elastic, with
- Excellent tactile sensitivity.
- Exceptional dry grip.
- Excellent abrasion resistance and durability.
- Ergonomic design with
- Comfortable fit.
- Knit wrist cuff and
- Breathable back

Welding Sleeve, Golden Suede Leather.
Features:
- Suede leather
- Nylon fastening with hook
- To wear over clothing
- Excellent leather thickness
- Protection against small
- Droplets of molten metals


Grey HPPE Glove Liners/Black Microfoam Nitrile Coated Gloves
Features:
HDPE fibers in the lining ensures excellent cut resistance with reduced thinness for good dexterity.
Palm coated with nitrile microfoam.
Excellent mechanical resistance and durability + Flexibility.
Ergonomic design for comfortable fit.
Knit wrist cuff with breathable back.
Application:
Handling small, sharp-edged items, abrasive materials etc.
Assembly of dry components, electrical components etc.
Photo labs
Automotive industry.
Metal Fabrication.


Grey HPPE Glove Liners/Black Sandy Nitrile Coated Gloves
Features:
HDPE fibers in the lining ensures excellent cut resistance with reduced thinness for good dexterity.
Palm coated with polyurethane.
Excellent mechanical resistance and durability + Flexibility.
Ergonomic design for comfortable fit.
Knit wrist cuff with breathable back.
Application:
Handling small, sharp-edged items, abrasive materials etc.
Assembly of dry components, electrical components etc.
Photo labs
Automotive industry.
Metal Fabrication.
Binding color:Yellow Size: 8/M
Binding color:Brown Size: 9/L
Binding color:Black Size: 10/XL


Black HPPE liner/ Black PU Coating
Features:
- HDPE fibers in the lining ensures excellent cut resistance with reduced thinness for good dexterity.
- Palm coated with polyurethane.
- Excellent mechanical resistance and durability + Flexibility.
- Ergonomic design for comfortable fit.
- Knit wrist cuff with breathable back.
Application:
Handling small, sharp-edged items, abrasive materials etc.
Assembly of dry components, electrical components etc.
Photo labs
Automotive industry.
Metal Fabrication.


Latex Coated Crinkle Finished Glove.
Features:
- Palm coated with latex.
- Wrinkle finish for extraordinary dry and wet grip.
- Ergonomic design for a comfortable fit.
- Knit wrist cuff and breathable back.
- High grip resistance.
Application:
General Maintenance
Agriculture
Automotive
Construction
Mechanical assembly
Precision machinery
Engineering workshop
Logistics

Powder Free Copolymer Nitrile Examination Glove
Features:
- With finger texture
- Thickness: 3.2Mil, average weight: 5.5g (L size),
- Material: nitrile (NBR)+ dioctyl terephthalate + polyvinyl chloride
- Quality level: AQL 1.5(premium), length: 230mm
- Type: powder free, finish: chlorinated
- Tensile strength: >=16mPA
- Elongation at break: >=450%
- Size: M, L, XL
Application:
Chemical handling
Laboratory
Food Processing
Handling liquid and solids
Sample taking and processing
Maintenance
Safety gloves are a type of hand protection designed to help protect workers from workplace hazards. Different gloves are made from specific materials and designed to protect against risks such as cuts, chemicals, heat, cold, and electrical hazards. They come in diverse materials tailored to guard against threats like lacerations, thermal injuries, or chemical interactions. Workers choose safety gloves based on the specific hazards, tasks, and working conditions they face.
Types of Safety Gloves
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Cut-resistant gloves: Cut-resistant gloves are made from materials such as HPPE, aramid fibers, Kevlar, or metal mesh. They help protect hands from cuts and lacerations when handling sharp materials such as glass, sheet metal, and other edged objects.
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Chemical resistant gloves: Chemical-resistant gloves are made from materials such as nitrile, neoprene, PVC, butyl rubber, or other specialized compounds. The appropriate glove should be selected according to the specific chemical, concentration, exposure time, and manufacturer's compatibility guidance.
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Heat-resistant gloves: These gloves are used in industries where workers are exposed to high temperatures, like welding or glass manufacturing. They can be made from leather, Kevlar, or specially treated fabrics.
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Electrical gloves: Electrical insulating gloves are designed to help protect workers from electrical hazards when used according to the appropriate voltage rating, standards, and workplace procedures.
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Cold-resistant gloves: These gloves are used in cold environments, like cold storage units or outdoor winter work. They insulate the hands, keeping them warm.
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Disposable gloves: Commonly used for short-term tasks where contamination is a concern, such as food handling or cleaning.
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Mechanic gloves: Offer protection from abrasions and minor cuts while providing dexterity for intricate tasks.
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Rigger Gloves: Typically made from durable leather, rigger gloves are designed for tasks such as rigging, construction, material handling, and other heavy-duty work where abrasion and grip are important.
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Rubber Gloves: Industrial rubber gloves can provide grip and protection for tasks involving cleaning, maintenance, construction, and general industrial work.
Materials Used in Safety Gloves
- Leather: Durable and protective against abrasions and some temperatures.
- Latex: Offers a snug fit and sensitivity but can cause allergic reactions in some people.
- Nitrile: A synthetic rubber resistant to many chemicals and less likely to cause allergic reactions than latex.
- Neoprene: Resistant to a broad range of chemicals and offers good flexibility.
- Kevlar: High tensile strength, making it ideal for cut-resistant gloves.
How to Choose the Right Safety Gloves?
Choosing the right safety gloves depends on the hazards, tasks, and working conditions involved. Consider the following factors before selecting hand protection:
- Hazard type: Identify whether workers face cuts, chemicals, heat, cold, abrasion, electrical hazards, or other risks.
- Material: Choose a glove material that is suitable for the specific hazard and application.
- Protection level: Check the applicable standards and protection ratings for the task.
- Fit and size: Gloves should fit securely without restricting movement or dexterity.
- Grip: Consider textured or coated surfaces when handling tools, equipment, or materials.
- Comfort and breathability: For extended use, choose gloves that support comfortable movement and reduce excessive heat or moisture buildup.
- Durability: Select gloves that can withstand the demands of the working environment and frequency of use.
- Task requirements: Make sure the glove provides the required balance between protection, dexterity, and tactile sensitivity.
Why Sams Solutions?
SAMS Solutions offers a range of safety gloves designed for different workplace hazards and applications. The collection includes hand protection options for tasks involving cuts, chemicals, heat, cold, electrical hazards, general handling, and other industrial requirements.
Choosing the right glove depends on the specific workplace hazard, required protection level, fit, material, and task. SAMS Solutions provides different glove types and sizes to help businesses select suitable hand protection for their workforce.
Safety Gloves FAQs
1. What are safety gloves used for?
Safety gloves protect hands from hazards such as cuts, chemicals, heat, cold, and abrasions.
2. How do I choose the right safety gloves?
Choose gloves based on the workplace hazard, material, protection level, fit, and task requirements.
3. What are the different types of safety gloves?
Common types include cut-resistant, chemical-resistant, heat-resistant, electrical, cold-resistant, disposable, mechanic, rigger, and rubber gloves.
4. Which gloves are best for handling chemicals?
Chemical-resistant gloves made from nitrile, neoprene, PVC, or suitable rubber compounds can protect against specific chemicals.
5. What gloves protect against cuts?
Cut-resistant gloves made from materials such as HPPE, Kevlar, aramid fibers, or metal mesh help protect against cuts.
6. Are safety gloves suitable for industrial work?
Yes. Safety gloves are used in construction, manufacturing, logistics, chemical handling, maintenance, and other industries.
7. Can safety gloves protect against heat?
Heat-resistant gloves help protect hands from high temperatures and hot materials when selected for the specific application.
8. How should safety gloves fit?
Safety gloves should fit securely while allowing comfortable movement and sufficient dexterity.