● What are Cut Resistant Gloves?
● Benefits of using Cut Resistant Gloves
● Different levels and types of cut-resistant gloves
● Cut resistant gloves materials
● Tips for Choosing the right cut resistant glove for safety
● F&A
Being hit by or hitting an object is one of the most common causes of worker injury The best way to avoid these accidents is to know what could go wrong and wear the right safety gear (hard hats, eye protection, and gloves, for example). Therefore, pay attention to your surroundings and your body. Give yourself enough space to pass by, duck under machinery, or navigate a passageway. Injuries can cost someone their life. We at RPComtrade recognize the importance of safety. So, we work hard to make the best safety gear possible to keep everyone as safe as possible. So, log on to RPComtrade and equip yourself with the best safety equipment.
Cut-resistant gloves are also a type of personal protective equipment (PPE) that is made to protect the hands from cuts or lacerations caused by knives, blades, metals, glass, or ceramics. Gloves that can’t be cut are made of special composite materials like stainless steel mesh, fiberglass, and high-performance synthetic yarns.
Every year, more and more accidents happen at work. Sharp cuts are a normal part of the work process, especially for people who work in the food processing and manufacturing industries. Picking the right PPE for each worker should be a top priority for industries. Cut-resistant gloves are one piece of amazing equipment that makes it less likely that cuts and other injuries from sharp objects will happen at
work.The glove can protect the fingers from cuts, scrapes, knife cuts, and accidents that involve cutting.
Workers can keep their hands safe from cuts, scrapes, and nicks when they wear gloves that are resistant to cuts. Especially, during industrial processes, workers have to use knives and other sharp metal tools. With cut-resistant gloves, you can easily protect your hands from cuts that happen suddenly This makes it less likely that someone will incur injuries. With gloves that can prevent injuries, workers can do their jobs with more confidence.
Some workers are hesitant to wear gloves that cannot be cut. They don’t like the idea of having to wear the same thing. They think that working with gloves might slow them down. But cut-resistant gloves are more comfortable and useful, and they will help you do your best work. Hence, when you wear cut-resistant gloves, you can be sure that they will be comfortable and easy to move in.
When workers start wearing gloves that can’t be cut, they reduce industrial accidents by a large amount. Every year, about 70% of workers say they hurt their fingers or hands in ways that make it hard for them to do their jobs. It’s also important to note that using gloves that can’t be cut has helped reduce the number of accidents that happen in industrial settings.
American and European standards can help you choose the right kind of cut-resistant gloves. In the US, gloves are rated by theAmerican National Standards Institute (ANSI) for how well they protect against cuts. In Europe, the European Commission is in charge of cutting resistance ratings. The name of their standard is EN 388.
In 2016,ANSI and ISEA(International Safety EquipmentAssociation) released a new scale with 9 levels of cut protection. The levels show how many grams of force a sharp blade can cut through a glove before it gets through.
A1: 200 – 499 grams
A2: 500 – 999 grams
A3: 1000 – 1499 grams
A4: 1500 – 2199 grams
A5: 2200 – 2999 grams
A6: 3000 – 3999 grams
A7: 4000 – 4999 grams
A8: 5000 – 5999 grams
A9: 6000+ grams
The European Standard
The European Commission’s standard for cut resistance includes the TDM-100Test (which uses the same machine asANSI) and the Coup Test. So, when you look at EN 388 cut levels for a glove you want to buy, you should look at two different ratings.
How well something resists being cut depends on how strong it is, how hard it is, how well it slides, and how well it rolls. Most of the time, a glove that uses more than one of these four qualities will be more resistant to cuts than one that uses only one. Most of the time, manufacturers follow the standards set by theAmerican National Standards Institute.
Kevlar fiber is a synthetic para-aramid fiber that is very hard to cut. The majority of our synthetic fiber gloves areANSI levelA2.
● 5 times stronger per unit weight than steel
● These Kevlar kitchen gloves are great for high-heat kitchens because they are naturally flame resistant.
● Comfort and more protection come from the fact that the design is relatively light.
● Ideal for food preparation and other uses, like handling glass and working on cars.
The Spectra fiber is a high-molecular-weight polyethylene fiber that is cut-resistant even when wet. Usually, most of the Spectra-fiber gloves are eitherANSI levelA4 or A5.
● 15 times stronger per unit weight than steel
● 40% stronger than fibers made of aramid
● Extremely long-lasting
● Provide comfort and adaptability
● Low density lets gloves float on water, which makes them resistant to water.
● UV light-proof and chemical-proof
● The comfort of lightweight construction makes gloves more likely to be worn.
● Perfect for processing food and for use in restaurants and food service
Dyneema fiber is a multifilament fiber that is gel-spun from polyethylene with an ultra-high molecular weight. It has a great reputation as “The World’s Strongest FiberTM.” Most of the Dyneema fiber gloves areANSI levelA4, and we have some
gloves that are a combination of Dyneema and spiral-wrapped steel that areANSI levelA5.
● Aweight-to-strength ratio of 15 times that of steel
● In comparison to aramid fibers, it is 40% stronger.
● Strong and long-lasting
● Ensure ease and adaptability
● Gloves with a low enough density to float on water also have a high resistance to moisture.
● Able to withstand exposure to UV light and chemicals
● Tolerate both very hot and very cold temperatures
● Excellent for cutting anything from fruits and vegetables to hard cheeses and even meats.
Stainless steel mesh is woven together to create a metal mesh, that is extremely difficult to cut or puncture. When it comes toANSI standards, metal mesh gloves are typically classified as levelA5. However, only gloves made entirely of metal mesh will offer any protection against punctures, so keep that in mind. These gloves are unique in that they protect against punctures, while other gloves only prevent cuts.
Commonly found in the production of razor-sharp tools and instruments
● Include a practical ambidextrous layout
● Promote a sterile environment
● Because it is made of 100% stainless steel and doesn’t have any fabric straps, it will last longer
● Perfect for use with meat and poultry; great for use as butcher gloves.
Every job site is different, so managers and safety staff need to take the time to figure out what risks their workers might face. Generally, extreme temperatures, exposure to sharp objects like broken glass, and exposure to dangerous chemicals
that can penetrate through the skin are the three main risks that every employer should be aware of. Before buying safety gloves for their workers, employers should do a thorough safety check of their work site. If the employer doesn’t know how to find these risks, they should get more information from a safety expert.
We know about the different materials that cut-resistant gloves can be of. Kevlar gloves are a good way to avoid cuts when handling sharp tools or objects, but they don’t offer much protection from dangerous chemicals. Employers should look for gloves with a strong, rigid grip pattern, depending on the job, so that their workers can still use tools and hold other things without losing control, even when working in wet conditions.
It’s best to use gloves that fit the size and shape of a person’s hands to protect them from sharp objects and industrial chemicals. Managers should keep a variety of sizes and fits on hand so that team members can find what they need before their shift starts. Over time, some gloves might lose their shape. Every worker should have enough time to make sure their gloves fit right. The person’s gloves and sleeves should fit well together, lowering the chance of them injuring themselves.
