Injuries to the hands are some of the most frequent industrial accidents that occur in construction, manufacturing, logistics, oil and gas, and the chemical industry. In just seconds you can receive cuts, burns, chemical splashing, puncture wounds and abrasions without the proper hand protection equipment. The correct choice of protective gloves will minimize these risks, as well as improve comfort and productivity. Not all kinds of gloves offer the same level of protection, and a glove that is made for handling chemicals does not necessarily have sufficient cut resistance. It is important to be familiar with various gloves and their material, safety standards, and risk factors associated with the workplace before making a choice. In this guide, we provide all information related to safety gloves from types to materials and safety certificates.
Why Safety Gloves Are Essential in Every Workplace
The hands remain continuously at risk of occupational hazards in the workplace. Any small injury can cause loss of productivity, cost of medical treatment, and loss of working time. The purchase of high-quality industrial safety gloves is perhaps one of the most effortless means of providing safety to workers.
Some of the advantages of using safety gloves for work are:
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Protection against cuts, punctures, and abrasions
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Protection from burns caused by chemicals
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Protection against extreme hot and cold conditions
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Improves the ability to grasp tools and equipment
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Compliance with occupational safety regulations
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Boosting the confidence and efficiency of workers
Occupational hand protection provides many benefits for occupational safety programs by avoiding unnecessary injuries.
Types of Safety Gloves
Not all gloves are worn for the same purpose. The correct type of glove needs to be chosen based on the type of hazard that workers will be exposed to every day.
Cut-Resistant Gloves
Gloves that protect against hazards such as sharp tools, metal surfaces, glass and knives. Cut-resistant gloves are used in manufacturing, construction, metalworking and automotive industries.
Most cut-resistant gloves are constructed from high-strength materials like Kevlar® or HPPE or engineered yarns that are very durable and don't restrict hand movement.
Chemical-Resistant Gloves
These gloves form a protective shield against exposure to acids, solvents, oil, fuels, and other hazardous liquids.
Common materials are:
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Nitrile
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Neoprene
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PVC
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Butyl Rubber
Heat-Resistant Gloves
Employees working in welding, foundry operations, metalwork, and glassmaking need heat-resistant gloves.
These gloves normally have insulated linings and heat-resistant leather or fabric to prevent burns and retain flexibility.
Cold-Resistant Gloves
Cold conditions may hinder the flexibility of hands and increase injuries. Cold-resistant gloves insulate the hands and enable workers to operate machinery safely.
They are usually worn in:
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Cold storage
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Food production
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Construction outdoors
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Refrigeration businesses
Insulating Gloves
Special gloves that are designed to offer protection against electrical shocks are required in electrical jobs. These gloves are produced using insulating rubber material and should conform to safety guidelines.
They are frequently used by:
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Electricians
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Utility workers
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Maintenance personnel
Leather Work Gloves
The leather glove continues to be one of the most preferred industrial hand gloves since it offers good strength and comfort.
Uses include:
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Construction
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Handling of materials
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Welding
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Operating heavy equipment
Disposable Gloves
Disposable PPE gloves are widely used in situations where hygiene is important.
Used in:
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Healthcare
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Laboratory environments
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Food processing
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Cleaning industry
Impact-Resistant Gloves
This glove is padded with reinforcement on the knuckles and fingers for protection against impact by heavy equipment.
It is suitable for:
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Oil & Gas
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Mining
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Heavy Construction
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Maintenance
Common Materials Used in Safety Gloves
The material used to make a glove has an enormous impact on how the glove performs. Some materials will offer different degrees of resistance against cuts, chemicals, heat, coldness, and wear. The right choice of materials will ensure that people get the proper hand protection gloves.
Below are some of the most commonly used materials in industrial protective gloves.
|
Material |
Best For |
Main Benefits |
|
Nitrile |
Chemical handling, automotive, manufacturing |
Excellent chemical resistance, puncture-resistant, latex-free |
|
Latex |
Healthcare, cleaning and general work |
Flexible, comfortable, excellent grip |
|
PVC (Vinyl) |
Chemical handling, food processing |
Resistant to oils, acids, and chemicals |
|
Neoprene |
Chemical plants, laboratories |
Protects against oils, acids, solvents, and heat |
|
Leather |
Construction, welding, material handling |
Durable, abrasion-resistant, comfortable |
|
Kevlar® |
Glass handling, metal fabrication |
Outstanding cut and heat resistance |
|
Cotton |
Light-duty work, warehousing |
Comfortable, breathable, reusable |
|
Rubber |
Electrical and chemical applications |
Excellent insulation and liquid resistance |
Why Material Selection Matters
The selection of appropriate glove material is as critical as that of an appropriate glove. Incorrect material choice could lead to workers being subjected to unnecessary risks and even loss of efficiency due to discomfort and reduced dexterity.
SAMS provides different types of safety gloves that are all certified and can be used in different kinds of occupational hazards. These gloves include, but are not limited to chemical gloves, cut-resistant gloves, heavy leather gloves, and impact gloves.
Choosing the Right Safety Gloves for Different Industries
Each industry is characterized by its own unique workplace hazards. Wearing appropriate gloves promotes safety and improves efficiency. It also helps to meet workplace safety standards. However, it is advisable that the gloves provided to the employer be chosen according to the hazards associated with the task being carried out.
Here are the different industries where the right choice of safety gloves matters most:
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Construction Industry
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Manufacturing Industry
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Oil and Gas Industry
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Chemical Industry
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Warehousing and Logistics
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Automotive Industry
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Electrical Work
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Food Processing Industry
Understanding Safety Standards for Gloves
|
Safety Standard |
Purpose |
Protection Provided |
Common Applications |
|
EN 388 |
Protection against mechanical risks |
Abrasion resistance, blade cut resistance, tear resistance, puncture resistance, and impact protection (where applicable) |
Construction, manufacturing, metal fabrication, warehousing, automotive and material handling |
|
EN 374 |
Protection against chemicals and microorganisms |
Resistance to hazardous chemicals, acids, solvents, oils, bacteria, fungi, and viruses (depending on certification) |
Chemical plants, laboratories, pharmaceuticals, cleaning services and food processing |
|
EN 407 |
Protection against heat and fire |
Contact heat, convective heat, radiant heat, molten metal splashes, and flame resistance |
Welding, foundries, metalworking, glass manufacturing, industrial maintenance |
|
EN 511 |
Protection against cold environments |
Convective cold, contact cold, and water penetration |
Cold storage, refrigerated warehouses, outdoor construction, food processing, winter maintenance |
|
ANSI Standards |
Performance ratings for workplace hazards |
Cut resistance, puncture resistance, abrasion resistance, and impact protection |
Manufacturing, construction, oil and gas, automotive, logistics, heavy industrial work |
Why Certified Safety Gloves Matter
Certification for gloves means that they have undergone independent testing to prove that they are suitable for certain workplace hazards. They help companies enhance workers' safety and reduce injuries, thus meeting the requirements of occupational health and safety.
While buying personal protective equipment gloves, one should be mindful of the certification markings and ensure that the gloves are suited to the workplace hazards.
Here at SAMS, companies may find a wide assortment of safety gloves, which are certified according to the international standards. No matter whether you need cut-proof, chemical-proof, heat-proof or cold-proof gloves, certified ones will make the work environment much safer and more productive.
How to Choose the Right Safety Gloves
Selecting the appropriate safety gloves is very important to protect the workers against the dangers that exist in the workplace. The ideal gloves will not only minimize the chances of injuries but also enhance comfort levels and efficiency. Prior to buying gloves, one should first assess the conditions of the work environment.
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Identify workplace hazards
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Choose the right glove material
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Ensure a profit
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Consider comfort and dexterity
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Evaluate grip performance
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Check durability
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Verify safety certifications
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Decide between reusable and disposable gloves
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Always invest in high-quality gloves
Common Mistakes When Buying Safety Gloves
Here are the common mistakes that you should avoid while buying the safety gloves:
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Choosing One Glove for Every Task
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Ignoring Safety Certifications
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Selecting the Wrong Glove Size
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Prioritizing Price Over Quality
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Failing to Replace Damaged Gloves
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Overlooking Worker Comfort
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Neglecting Employee Training
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Buying from Unverified Suppliers
How to Care for Safety Gloves
Maintenance is key to getting the best out of the gloves. Dirt, chemicals, moisture, and general wear and tear can affect the effectiveness of the gloves during their lifetime. Maintenance and regular inspection not only serve to increase the lifetime of the gloves but also protect workers while on duty.
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Clean Gloves According to the Manufacturer's Instructions
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Inspect Gloves Before Every Use
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Store Gloves Properly
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Replace Gloves When Necessary
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Train Workers on Proper Glove Care
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Maintain a Regular Replacement Schedule
Safety Gloves FAQs
1. What are the uses of safety gloves?
The use of safety gloves will allow employees to protect themselves against harm such as cuts, abrasions, burns, heat, cold, electrical, and impact hazards. In many industries, safety gloves have become an integral part of PPE.
2. What type of safety gloves would be best suited for industrial jobs?
You will require different gloves depending on the nature of your activity. The cut-resistant gloves will suit people handling sharp objects well. In case you are handling chemicals, nitrile gloves can be a good option.
3. What is the difference between nitrile and latex gloves?
Nitrile gloves give the highest protection from chemicals and oils and are puncture-resistant, whereas latex gloves are flexible and comfortable to wear but may cause allergies in some individuals.
4. How often should you change safety gloves?
Replace gloves if they have been torn, punctured, chemically compromised, burned, or excessively used. It is not recommended to reuse disposable gloves unless the manufacturer specifies their reusability.
5. What safety standards must industrial gloves be conforming to?
Industrial gloves should conform to various safety standards depending on their usage, such as EN 388 (mechanical resistance), EN 374 (chemical resistance), EN 407 (thermal protection), EN 511 (protection against cold), or ANSI standards.
6. Why use protective wear for safety gloves?
SAMS provides you with high quality certified safety gloves suitable for all types of industries. Durable safety gloves combined with expert advice and PPE solutions from SAMS will help your business.
Conclusion
Proper selection of safety gloves is a key factor in ensuring the protection of hands from injury and making workplaces safe. Information on the different types of gloves, the materials they are made from, safety standards, and care and maintenance procedures can help businesses make informed decisions about selecting the right hand protection.
Quality and certified gloves not only ensure employee safety but also ensure increased efficiency, regulatory compliance and minimized cost of operations. Proper choice of PPE is always good for the business and its workers.
SAMS provides a wide variety of certified safety gloves suitable for the construction industry, manufacturing, oil & gas, chemical processing, logistics and many more.
