General-purpose protective gloves account for the largest market share of all personal protective equipment (PPE) sold and protect wearers from a wide range of hazards. To assist wearers with the selection of appropriate gloves, several European safety standards including EN 388:+A1: have been developed, enabling levels of protection against different risks to
be defined. These defined levels of protection enable appropriate gloves
to be selected, based on the hazards and risks identified for a specific work activity. EN 388:+A1: specifies requirements, test methods, marking and information to be supplied
for protective gloves against the mechanical risks of abrasion, blade
cut, tear, puncture and, if applicable, impact.
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Abrasion Resistance
A sample piece of material is cut from the palm area of the glove and is then rubbed against a 180 grit abrasive paper using a Martindale type abrasion machine. The amount of cycles before a hole appears is measured and then scored. The below table showcases the number of cycles against score level:
Number of CyclesLevelAbrasion ResistanceCut Resistance Coup Test
A sample piece of material is cut from the palm area of the glove, which is then tested with a circular rotating blade with 5 Newtons of pressure being applied, until cut through the full sample material. The sharpness of the blade may vary. The cut resistance of the material is based on relative index that compares the number of cycles to cut through the material when compared with the stand fabric, as per the below table:
Cut Index1.22.LevelCut ResistanceTear Resistance
A sample piece of material is cut from the palm area of the glove and is then torn apart using a standard tensile test machine. The corresponding score is based off the Newton Force required to tear the sample apart, as demonstrated below:
Number of ForceLevelTear ResistancePuncture Resistance
A sample piece of material is cut from the palm area of the glove, with a defined stylus applied with varying degrees of force until successfully penetrated. The amount of Newtons of force required to penetrate the material is then logged as below:
Newtons of ForceLevelPuncture ResistanceCut Resistance (ISO )
A sample piece of material is cut from the palm area of the glove, with a straight blade run against this with varying degrees of force. After each cut the blade is replaced and the amount of Newtons of Force is increased as per below:
Newtons of Force>20>50>100>150>22>30LevelABCDEFCut ResistanceImpact Resistance
Other than the fingers, each area where impact protection is claimed shall be tested for impact attenuation by measuring the peak transmitted force. The area of protection from the glove is secured over a domed anvil and is impacted at an energy of 5J. This is a pass or fail test and can be represented with either a P (Pass), X (Fail), No marking (Not tested).
Work gloves are no longer just a rudimentary protective tool; they have evolved into a meticulously engineered product designed to ensure safety, enhance productivity, and provide comfort. Whether your profession involves handling hazardous materials, working in extreme temperatures, or simply requiring a sure grip, theres a pair of work gloves designed to meet your needs. This comprehensive guide aims to demystify the world of work gloves, helping you choose the best pair for your specific needs.
Work gloves have been around for centuries, with their basic principle remaining unchanged: to protect the users hands. However, the materials and technologies employed have significantly evolved over time.
In the early days, work gloves were essentially just simple leather mitts, designed to offer basic protection against rough surfaces and minor hazards. However, with the advancement in technology and materials, work gloves have transformed into sophisticated protective gear that caters to various industry-specific needs.
From cut-resistant and heat-resistant gloves to high-dexterity and touchscreen-compatible varieties, work gloves have become tailored solutions for different tasks. These advancements have not only enhanced the protection offered by work gloves but also improved their comfort and usability.
The Impact of Regulatory Development
Over the years, occupational safety and health regulations have become more stringent, necessitating the use of appropriate personal protective equipment (PPE), including work gloves. Workers and employers alike now recognise the crucial role that gloves play in preventing injuries and reducing the risk of workplace accidents.
When choosing work gloves, the material is a critical consideration. Different materials offer varying levels of protection, durability, and comfort, making them suitable for different tasks.
Leather
Renowned for their durability and comfort, leather gloves are ideal for tasks that involve handling rough objects, welding, or operating heavy machinery.
Cotton
Cotton gloves are suitable for light-duty applications, such as general maintenance and gardening. They offer comfort but provide less protection against cuts or punctures.
Synthetic Materials
Work gloves made from synthetic materials like nitrile, neoprene, or PVC offer excellent chemical and abrasion resistance, making them perfect for tasks involving chemical handling and food processing.
The Importance of a Good Fit
A well-fitting glove not only increases comfort but also reduces hand fatigue, thereby enhancing productivity. A glove that is too tight can restrict movement, while a glove that is too loose can compromise grip and dexterity. Therefore, its crucial to choose the right size and ensure a snug fit for optimal performance.
Work gloves find applications across various industries, each requiring a unique set of features and specifications.
Manufacturing and Construction
In industries like manufacturing and construction, workers often deal with heavy machinery, sharp tools, and abrasive surfaces. These conditions demand durable gloves that can withstand harsh conditions while providing adequate protection.
Healthcare and Laboratories
In healthcare and laboratory settings, gloves play a critical role in maintaining hygiene standards, preventing contamination, and ensuring the safe handling of hazardous substances.
DIY and Gardening
The rise of the DIY culture and increasing interest in gardening has led to a growing demand for work gloves in domestic settings. These gloves not only protect hands while handling rough materials and thorny plants but also provide a good grip for better control.
Technology has significantly influenced the evolution of work gloves. Innovations in materials and design have led to the development of gloves that are not only more protective but also more comfortable and user-friendly.
New-generation gloves are lightweight and form-fitting, allowing for prolonged use without causing discomfort or fatigue. Some even incorporate smart features such as sensors that monitor hand movements and health, pushing the boundaries of what work gloves can do.
Regulatory Compliance: A Non-Negotiable Factor
Various standards and regulations govern the use, design, and performance characteristics of work gloves. These regulations ensure that the gloves offer the necessary protection and meet the required safety standards.
Compliance with these regulations is not just about adhering to laws. Its about ensuring the safety and well-being of those who use the gloves. Non-compliance can lead to potential legal implications and also compromise the safety of the users. Therefore, its crucial to choose a trusted and reliable supplier that guarantees compliance.
Proper usage and maintenance of work gloves are as important as selecting the right pair. Always ensure your hands are clean before wearing gloves. When removing the gloves, do so carefully to prevent potential contamination.
Depending on the material, some gloves can be cleaned for reuse. Always follow the manufacturers instructions to avoid damaging the gloves. Store gloves in a cool, dry place away from direct sunlight to maintain their condition and longevity. Regularly inspect gloves for signs of wear and tear and replace them timely to ensure continued protection.
Conclusion
Work gloves have become an integral part of numerous industries. From construction to healthcare, DIY to sports, these gloves have firmly entrenched themselves as an essential tool for professionals and hobbyists alike. As technology advances and industries continue to prioritise worker well-being, the demand for innovative work gloves is expected to soar. So, when you embark on a challenging task or a thrilling adventure, dont forget to equip yourself with the right pair of work gloves!
1. Click Nitrile Safety Glove with Cuff, Fully Coated, Heavy Weight (Pack of 100) - NSCFCHW.
This heavily coated glove provides exceptional defence in more demanding industrial settings.
Perfect for use in demanding tasks, providing superior protection.
A soft jersey liner ensures the comfort of the wearer.
The nitrile coating is resistant to punctures, cuts, and scratches.
Standards under EN388:
Abrasion - Level 4
Resistant to Cut - Level 2
Resistant to Tear - Level 2
Puncture Resistance - Level 1
2.
Click Super Cotton, Stockinette Mens Glove with Knitwrist (Pack of 600) - SKWSM
Features:
-A knitted stockinette glove.
-Light in weight.
-Can be used in diverse ways.
-Ideal for handling dry products lightly.
-Serves as an excellent glove liner.
-Pose minimal risk.
This fully coated Nitrile Knit wrist glove is designed for tasks requiring additional abrasion resistance. A robust nitrile coating prevents permeation by grease, oil, and water, making it suitable for trash collection, utilities, and maintenance tasks.
KEY FEATURES
Equipped with a smooth, heavy-duty Nitrile coating.
12-gauge liner ensures dexterity.
Full coating provides maximum protection against liquids.
The liner is made of jersey cotton with a knit wrist.
Optimal for any workspace where resistance to oil and grease is essential.
Offers the highest EN level 4 abrasion resistance.
CE certified for safety.
Achieves ANSI abrasion level 3.
Complies with EN ISO : for Dexterity 5.
Meets EN 388: + A1: X standards.
Adheres to ANSI/ISEA 105: for CUT Level A1.
MATERIAL CONSISTS OF
Polyester and Nitrile Foam.
Comprises of heavy-tanned natural grey leather.
Features a natural colour supporting REACH and SVHC compliance.
A robust rigger-style glove with a double palm.
Liberally sized for the hand.
Offers resilience, though remains supple.
Partially lined in fleece.
Back of the glove is made from a cotton drill.
Includes a knuckle strap.
Comes with a pasted cuff and vein patch.
Meeting EN388: Standards
Abrasion - Level 4
Cut Resistance - Level X
Tear Resistance - Level 4
Puncture Resistance - Level 4
ISO Cut Resistance - Level C
Cat 2 indicates an intermediate risk for mechanical handling and a minimal risk
Technical Specification Class
According to EN 388:, it offers protection against mechanical hazards.
Abrasion Resistance - High endurance (up to cycles)
Cut Resistance (Coupe Test) - X: Not tested due to blade dulling, necessary for ISO cut test
Tear Resistance - High (75N)
Puncture Resistance - High (150N)
Cut Resistance (ISO ) - Medium endurance (10)
Follows EN 420: + A1: Standards - Protective gloves. Mandated requirements and test methods.
With competitive price and timely delivery, Wei Guang sincerely hope to be your supplier and partner.
5. Nite Star Nitrile Coated Work Glove in Black (Pack of 100) by Beeswift NSGBL
Features:
- Constructed with a shell of 100% seamless nylon.
- Palm and fingers coated with nitrile.
- Features a ventilated back for breathability.
- Offers lightweight design for optimal dexterity, comfort, and touch sensitivity.
- Ideal for tasks associated with general assembly handling and engineering.
Passes EN388: Standards
- Abrasion - Level 3
- Cut Resistance - Level 1
- Tear Resistance - Level 2
- Puncture - Level 1
- Cat 2 encompasses intermediate risk for mechanical handling
Technical Classification Specifications
According to EN 388: - Protective gloves against mechanical risks
- Abrasion Resistance - Medium strength ( cycles)
- Cut Resistance (Coupe Test) - X: Not tested owing to blade dulling, making ISO cut test necessary.
- Tear Resistance - Low/Medium endurance (25N)
- Puncture Resistance - Low strength (20N)
- Cut Resistance (ISO ) - Low endurance (2)
Conforms to EN 420: + A1: Standards - Protective gloves. Essential requirements and test protocols.
Work gloves are primarily designed to protect the wearers hands against various types of hazards in different working environments. They serve the following purposes:
1. Protection: Gloves guard the wearers hands from cuts, abrasions, burns, harmful temperatures, and potentially hazardous materials or substances.
2. Improved Grip: They can enhance the workers grip on tools or materials, reducing the risk of accidents.
3. Reducing Contamination: Gloves act as a barrier against contamination, particularly in food handling, healthcare, or laboratory settings.
4. Reducing Fatigue: Some work gloves can help reduce hand fatigue during prolonged periods of heavy work.
Specific types of work gloves are designed for particular jobs or industries, with features like cut resistance, electrical insulation, chemical resistance, and heat resistance. Therefore, choosing the right type depends on the nature of the job and the risks involved.
Work gloves provide a crucial barrier between your hands and various hazards in the workplace. Heres how they protect you:
1. Cut and Abrasion Protection: Most work gloves are designed to safeguard your hands from cuts, scratches, and abrasions that can occur while handling sharp objects or rough surfaces.
2. Chemical Protection: If youre dealing with hazardous chemicals, proper work gloves can guard your skin from direct exposure, which can lead to burns, irritations, or allergic reactions.
3. Heat and Fire Resistance: Certain gloves are made from materials that absorb high temperatures or resist burning, protecting your hands from burns.
4. Puncture Resistance: Work gloves can shield your hands from punctures from needles, nails, or other sharp objects.
5. Electrical Protection: Some gloves are uniquely designed to resist electricity, providing added safety for those working with live electrical components.
6. Improved Grip: Work gloves often have textured or rubberised surfaces to improve grip, minimising the chance of accidents caused by dropped tools or slipping hands.
7. Hygiene: Especially true in the healthcare or food service industries, gloves provide a sanitary barrier between hands and the task at hand. In these contexts, the gloves safeguard both the wearer and the recipient of the service, whether patient or customer.
Its worth noting that not all work gloves provide all types of protection, so its critical to choose the right type of glove based on the specific risks associated with the task you are performing.
Safety gloves are worn by people in a variety of industries and professions to protect their hands from job-specific hazards. Here are a few examples:
1. Healthcare Workers: Medical professionals, including doctors, nurses, and laboratory technicians, wear gloves to protect against biohazards such as blood, body fluids, and other potentially infectious materials.
2. Food Service Workers: Staff in food processing and catering wear protective gloves to maintain hygiene, prevent food contamination, and protect their hands from cuts or burns.
3. Construction Workers: Construction workers often wear safety gloves to protect against cuts, punctures, and abrasions from handling tools or materials, as well as to improve grip.
4. Manufacturing and Industrial Workers: Those working in factories or industrial settings might wear safety gloves to protect against hazards like chemicals, heat, and heavy machinery.
5. Gardeners and Landscapers: They wear gloves to protect their hands from thorns, irritating plants, insects and the prolonged use of gardening tools.
6. Mechanics: Mechanics wear gloves to protect their hands from oils, other chemicals, and high temperatures, as well as to improve grip on tools.
7. Electricians: They often wear insulated gloves to protect against electric shocks.
8. Cleaners: Professionals who clean homes, offices, or industrial environments might wear gloves to protect against chemicals found in cleaning products.
Remember, its vital to choose the right type of safety glove based on the job requirements and potential hazards.
Yes, work gloves are definitely worth it, especially when dealing with tasks that pose potential harm to the hands. They serve as a protective barrier against various occupational hazards, including cuts, abrasions, burns, chemicals, and even dangerous pathogens.
Work gloves can also enhance grip when handling tools or materials, reduce hand fatigue, and, in some scenarios, help prevent the spread of diseases in healthcare or food handling jobs.
Given the wide range of work gloves available, each designed with specific industries and hazards in mind, workers can find gloves that meet their specific needs and job requirements.
Without such protection, workers would be at higher risk of injuries that can be costly to treat, impact productivity, and affect quality of life. In many cases, using appropriate work gloves is also a requirement under health and safety regulations. Therefore, the investment in good-quality work gloves is well worth the protection they provide.
Work gloves offer various benefits, depending on the environment and the specific tasks for which they are used:
1. Protection: The primary benefit of work gloves is that they protect your hands from potential hazards, including sharp objects, rough surfaces, heat, cold, chemicals, and harmful substances.
2. Enhanced Grip: Many types of work gloves are designed to improve your grip, making it safer and easier to handle tools and materials.
3. Comfort: Gloves can make your work more comfortable by reducing blisters and calluses caused by handling rough materials or using tools.
4. Improved Productivity: With improved comfort and fewer injuries, work gloves can enhance productivity by allowing you to work longer without discomfort or fear of injury.
5. Heat/Cold Resistance: Specific types of protective gloves are designed to resist extreme temperatures, protecting your hands from burns or frostbite.
6. Disease Prevention: In health and sanitation fields, gloves protect workers from exposure to harmful pathogens and prevent the spread of disease.
7. Compliance: In many industries, wearing appropriate protective gloves is a requirement of occupational safety regulations. Using them helps ensure compliance with these rules.
In sum, work gloves can significantly contribute to a safer and more efficient working environment.
1. When working around rotating machinery: Gloves can get caught in these machines, pulling your hand in and causing injury.
2. When performing precision tasks: Work gloves can limit dexterity, so for tasks that require fine motor skills, it might be better not to wear them.
3. When working with certain chemicals: Some chemicals can react with the material of the gloves, causing them to degrade or not provide the necessary protection.
4. When the gloves are wet or contaminated: Wet or contaminated gloves can be a breeding ground for bacteria and can cause skin problems.
5. When the gloves are damaged: Damaged gloves do not provide adequate protection and can cause more harm than good.
6. When performing tasks that require a high level of sensitivity: In some cases, your bare hands can provide better feedback than if you were wearing gloves.
7. When handling hot objects: Unless the gloves are designed for high temperatures, they can melt or catch fire.
8. When using certain power tools: Some tools like table saws and drills specifically advise not to wear gloves because it may result in accidents.
Always ensure that you are aware of the safety protocols related to the task at hand and use your discretion to decide whether or not gloves are necessary.
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