Are you looking for the right cut-resistant gloves to provide safer protection for your workers? If so, then you need to know important information about cut-resistant gloves. Because it's not just the last line of defense for your workers, it's an important investment for your business. We'll provide you with important tips for purchasing cut-resistant gloves.
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What are cut resistant gloves?
Cut-resistant gloves are safety gloves designed to protect the user's hands from cuts and other injuries. They are made of cut-resistant materials, such as Kevlar or leather. Cut-resistant gloves come in a variety of styles, including work gloves, household gloves and gardening gloves.
Cut-resistant gloves are gear that workers wear to protect their hands. They protect hands from cuts, punctures and abrasions when working with sharp objects or in hazardous environments. In essence, these cut resistant gloves are well equipped. Our professionals use quality materials to ensure the safety of your hands.
Why invest in cut resistant gloves
The reason why you should invest in cut resistant gloves is because they are made of special fabrics that are highly resistant to cuts and are puncture resistant. Thanks to their durability and flexibility, they protect workers in the relevant lines very well and have gained the largest market customer in the world. At Dursafet, cut resistant gloves are available in a variety of styles, colors, designs, shapes, sizes and other unique specifications for you to choose from.
What is the purpose of cut resistant gloves?
Every useful device has its due function. This simply means that they can produce more than expected. The obvious one is to prevent the possibility of lacerations and injuries.
They protect your hands and can meet the needs of employers and employees alike. There are implications when working in different industries or in hazardous locations. Cut resistant gloves are required. The following are additional functions of cut-resistant gloves.
- Protects workers from any accidental hazards that may attack their hands
- It makes work easier
- They provide confidence and comfort at work
- It prevents fingers from being cut off by sharp tools
- It increases productivity
What are the benefits of investing in cut resistant gloves for workers?
When you buy cut-resistant gloves, make sure you are buying gloves that are 99.9% beneficial. This is essential because it relies on its own safety and protection. Choosing the right equipment for your employees is a good thing.
Caring is sharing. Therefore, sharing the best equipment with all possible benefits is the best thing to do, even more so for your employees. Here are some of the benefits of cut resistant gloves that our professional engineers have found to make this PPE even more beneficial.
- They are as follows.
- They prevent injuries to the wearer's hands
- Provide safer production conditions
- Will prioritize comfort with safety in mind
- Better protect a worker
What materials are cut resistant gloves usually made of?
Be careful when selecting and purchasing the right cut-resistant gloves for your needs and desires. Be careful and consider the one that is approved.
In addition to this, other common types of materials used in the construction of different gloves of durable and high quality materials are as follows.
- Polyethylene
- Fiberglass
- Thermoplastic rubber for impact protection
- Kevlar
- Glass cloth
- Leather
- Stainless steel mesh or metal wire.
- Spandex and graphene, etc.
The following are the characteristics of common materials.
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Polyester
Strong and durable synthetic fabric that resists cutting and puncturing
Hydrophobic, which means it resists water and dries quickly
Chemical and abrasion resistance
Cut resistance class 3
Suitable for use in the construction and hardware industries
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Nylon
A synthetic fiber called polyamide
Very strong and abrasion resistant
Low moisture absorption
Cut resistance class 3
Provides excellent touch sensitivity and dexterity
Ideal for electronic manipulation, assembly and small item handling
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Dyneema
Ultra-strong fiber made from UHMWPE
Maximum strength combined with minimum weight
15 times stronger than high-quality steel and 40% stronger than other aramid fibers (per unit weight)
Durable and resistant to water, chemicals and UV rays
Cut resistance rating 3 - 5
Ideal for use in a variety of food preparations as well as in the construction, steel and automotive industries
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Kevlar
A synthetic aramid fiber with high cut/puncture resistance
Inherent flame resistance, ideal for use in high-temperature kitchen environments
5 times stronger than steel (per unit weight)
Cut resistance rating of 3
Provides comfort through lightweight construction
Ideal for applications in food service/preparation, glass and automotive industries
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Metal Mesh
Made of interlocking stainless steel rings that form a mesh structure to provide advanced cut and puncture resistance
Constructed of stainless steel for durability
Ideal for environments requiring the use of sharp cutting tools
Cutting resistance rating of 5
Ideal for cutting and preparing meat and poultry
The only material guaranteed to resist punctures due to its metal construction
When to wear cut-resistant gloves?
Cut-resistant gloves must be worn when necessary. In addition, whenever there is a high probability that a worker's hand will come into contact with a sharp enough object to cause danger. Usually, we make every effort to point out where these gloves are needed. Know when, where and how to put on cut-resistant gloves.
These gloves are used to handle glass, metal pieces, broken glass, ceramics, etc. with sharp edges. These gears are required when using knives, razor blades and chainsaws. Injuries may be reduced by up to 65%.
Why should I use cut-resistant gloves in the kitchen?
There is no doubt that in addition to our common knives, there are many other kitchen
The reason for using cut resistant gloves in the kitchen is with the help of chopping ingredients. This is by making sure that no fingers are cut off or involved in the meat grinder. Cuts can easily happen in the kitchen, especially if you are not paying attention. Another reason is that it can help prevent the spread of bacteria and viruses. If you're handling raw meat or poultry, be sure to wear gloves to prevent food from coming in contact with your skin. Gloves can also protect your clothes from stains and spills. Finally, using gloves helps maintain a hygienic working environment in the kitchen. By protecting your hands, you reduce the risk of getting sick or injured while cooking.
We have also found that sometimes a person may accidentally break a glass while washing dishes. In order to collect the remaining particles in the trash, you need to wear cut-resistant gloves to do so without hurting yourself. They both explain why they should be used in the kitchen, as they are essential.
How do cut-resistant gloves work to protect against cuts?
There are a few things that make gloves cut resistant. The first is the type of fiber used to make the gloves. kevlar is a popular fiber because it is very strong and can resist cuts. Other fibers commonly used in cut-resistant gloves include Spectra, Dyneema and metal mesh.
Another thing that makes gloves cut resistant is the thickness of the glove material. The thicker the material, the more resistant it is to cuts. Most cut-resistant gloves range in thickness from 0.07 mm to 0.25 mm, but some heavier gloves offer more protection.
Finally, the design of the glove also helps improve its cut resistance. Gloves with fingerless designs offer less protection than gloves that cover the entire hand. Gloves with reinforced fingertips provide better protection from cuts in the most vulnerable areas of the hand. These types of gloves may be made of heavier materials (such as leather or metal mesh), but they can also be constructed using lighter materials (such as aramid fibers).
What are the different levels of cut resistance for cut resistant gloves?
There are multiple levels of cut resistant gloves. It is helpful to understand that certain jobs sometimes have specific clip levels that are required. However, because we are a dedicated and caring company, we have outlined the different levels of cut resistant gloves for you, including how and where they are used.
They are as follows.
Cut Level 1: This level is for excessively low hazards. This means they are user-friendly for jobs such as landscaping, dusting work and auto repair. This is because it protects your hands from sharp objects, but not from the actual blade.
Cut Level 2: This is for low cutting hazards. This is because it protects your hands when dealing with construction sites, packing/packing crews, automotive assemblies, etc.
Cut Level 3: This is for medium cutting hazards. When working with crews involved in light glass handling, metal stamping projects and other simple tasks. Most cut resistant gloves can achieve this level.
Cut Level 4: As the level increases, it means hard work; this is a very high cutting hazard. It is capable of handling high product activities, such as food processing handling.
Cut Level 5: This is an extreme cutting hazard. As the word extreme implies, it means it is in a position to handle sharp blade work. Typically, this applies to locations such as butchering, heavy metal activities and other hazardous activities.
What are the standards for cut resistant gloves?
There are several standards for cut resistant gloves, but one of the most widely used is the CE EN 388:2016 standard used for testing.
EN 388 uses a 40mm diameter circular rotating blade that rotates against the direction of motion. The blade is moved back and forth a small distance of about 50mm under a load of 5N. The number of cutting cycles is recorded and compared to a cotton control fabric. The cut resistance index is calculated between "0" and "5", depending on the average number of cycles before breakthrough failure: "0" means 0 to 1.2 cycles. "0" for 0 to 1.2 cycles; "1" for >1.2 to 2.5 cycles; "2" for >2.5 to 5.0 cycles. "3" means >5.0 to 10.0 cycles; "4" means >10.0 to 20.0 cycles; "5" means >20.0 cycles.
EN 388 was updated in 2016 and one of the major changes was the introduction of ISO 13997:1999. en 388:2016 includes a letter AF to indicate cut resistance for A<2N, B<5N, C<10N, D<15N, E<22N and F<30N. This is more in line with the new North American standard ANSI/ISEA 105-2016, which uses the A1-A9 cut class system.
ASTM F2992-15 is similar to ISO 13997:1999 in that the test is performed on a dynamometer (or TDM). A cutting edge (usually a razor blade) under a specified load moves across the sample material. As the blade cuts through the material, the cut-through distance is calculated. The test is repeated with different loads to determine the calculated cutting load on the sample material. Compare the results to the levels outlined in ANSI/ISEA 105-2016 and determine the ANSI cutting level. (from the wiki)
It is important to note that there is no internationally recognized standard for cut-resistant glove equipment. You will find many countries/regions that endorse industrial glove requirements to keep all workers away from the high risk of sharp objects. In addition, the unique specification for gloves in commercial environments such as industry according to CE EN 388:2016 ATSM F2992-15 is intended to protect the wearer. Sharp tools, tears, absorption and other hazards should be avoided.
How often should cut resistant gloves be replaced?
We always keep emphasizing that cut resistant gloves are an important PPE product and it is important to verify that he is still working before each production run.
The way we dress and change clothes every day and make sure that before putting them on again; we make sure that it is intact and not torn. The same measures apply to cut-resistant gloves. However, it is good and wise to buy enough gloves to protect you from dangerous people. Therefore, you should carry your cut-resistant gloves very carefully.
You should check your cut-resistant gloves before and after each use. You can check it for any weaknesses and see if it is still intact to continue its service. It should be in perfect condition using the soap and water provided by our team or the prescribed manufacturer's instructions. This is to give your gloves a longer life.
How do I find a cut resistant glove manufacturer in China?
Ways to find a manufacturer of cut resistant gloves in China include
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Online Platforms
Online platforms such as Alibaba and Made in China are ideal places for different manufacturers of cut resistant gloves to market to their customers.
Manufacturers can often offer you different prices and after-sales services.
When searching on these sites, you must ensure that you choose a manufacturer and not a distributor or trader.
Also, do not deal with a specific manufacturer until you have verified their credentials.
The advantage of having a large number of manufacturers on these sites is that you can negotiate or select the right manufacturer for your automatic power press.
You also have the opportunity to negotiate the price of your product.
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Google, Bing Search
Most good manufacturers of cut resistant gloves have their own websites to advertise their products.
However, many good Chinese PPE manufacturers do not pay much attention to this or start late, but that does not mean they cannot provide excellent products.
So it may be hard to find them in the first few pages, but you can check out a few pages with many good cut resistant gloves manufacturers to choose from.
Or you can add "China" to the keywords to see more Chinese manufacturers.
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Sourcing Agents
Many sourcing agents in China are aware of the different cut resistant gloves manufacturers in China.
They are aware of the production capabilities and pricing of these manufacturers.
These are important specifications that your sourcing agent can help you with when searching for manufacturers
Sourcing agents can also save you the hassle of finding a reliable manufacturer because they usually have a ready-made list for you to choose from.
The main limitation of using a sourcing agent is the high cost of finding a manufacturer.
If you place a bet on finding a manufacturer, there is no way to compare what you pay here with what you might lose.
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Trade shows and trade fairs.
Whenever a China trade show is held in your country or in China, you should expect Chinese PPE manufacturers to showcase their products.
This allows you to interact with different manufacturers and ask them about different aspects of their manufacturing process.
The advantage of this approach is that you can meet face-to-face with a specific manufacturer.
This allows you to negotiate with manufacturers on different specifications.
Common trade shows and fairs in China include: Canton Fair, etc.
It is vital that once you have reached an agreement with a particular manufacturer, you need to visit their premises before you start production.
What do you need to look for when choosing cut resistant gloves?
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You don't need the highest cut gloves
Buying the highest grade cut-resistant gloves on the market is not the best way to stay safe. Because generally, a higher cut resistance rating corresponds to a larger thickness and size. You need to save money by choosing the right cut-resistant gloves for your job.
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Learn about tests that measure cut resistance
There are two main standards for measuring cutting resistance, ANSI/ISEA 105-2016 and EN388. ANSI/ISEA is used in North and Central America. By law, EN388 is commonly used in Europe and Asia.
If you are not sure which standard your glove was tested against, look at the icon on the glove. If it has a CE symbol with a series of numbers, it has been tested according to the EN388 standard.
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Choose a yarn with dual functionality
Kevlar and Dyneema are two of the most well-known cut-resistant fibers on the market. Both have inherent cut resistance and both have similar cut resistance properties.
- When you choose which yarn material to use, consider other factors such as:
- Do you need thermal protection?
- Do you need sub-zero protection?
- Is it hot where you work?
- Do you sweat while wearing gloves?
- Are you solving sparks?
- Do you need bleach gloves? (for workers in the food industry)
Kevlar has excellent extreme temperature characteristics. It can withstand high temperatures up to 850°F and low temperatures of -320°F. It also works with spark. Dyneema is a more breathable fabric than Kevlar®, it wicks moisture away from the skin and feels cool to the touch.
When you choose cut-resistant gloves, make sure they can perform as many tasks as possible for maximum benefit.
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Learn about wires
The yarns used to make knitted gloves come in a variety of thicknesses. This is measured by its diameter or gauge. Our gloves range from a thick size 7 to a very thin size 21.
Every meter has its strengths. For example, when you need better abrasion resistance, thicker gloves (gloves 7 to 13) are needed because they don't wear out as quickly. Thinner gloves (size 15 to 21) are required when you need more dexterity, such as when handling small parts.
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Avoid trying to test cut resistance yourself
Our sales team has heard of various field tests to see if gloves are cut resistant - box cutters, scissors, table saws and machetes (they've all heard of it).
Cut tests are designed by scientists and engineers to represent real-world risk. No cut-resistant gloves are designed to stop scissors, so you shouldn't expect gloves to withstand. If you are not sure about the cut resistance of the glove, ask your local representative for the glove cutting documentation.
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Choose the cut resistance rating that fits your hazard
If you're moving boxes or working on metal panels, you probably only need a low level of cut resistance, anything over A4 would be too much (and cost too much).
But on the other hand, if you are dealing with high cutting risks, such as sheet metal or slitting blades, you need to be aware of choosing adequate protection. You can't expect gloves designed for nasty cuts to protect you from serious cuts.
How do I clean my cut-resistant gloves?
Here are some methods that can be used when cleaning cut resistant gloves. It does not matter if they are Kevlar type or other types.
Use laundry detergent, avoiding shrinkage and water containing corrosive substances, and make a dry solution.
Next, insert them in a machine with warm water for about 15 minutes. For example, if you do not have a cleaning machine, please use the cloth cleaning method with caution.
Still rinse with warm water
Dry your gloves with the machine's medium heat
If the gloves have excess dirt, repeat the same steps and you're done.
Which type of cut-resistant gloves are best?
As a general rule, you should carefully examine the business you will be conducting, as each different industry and type of work has different needs for cut protection.
Don't worry about anything. Because Dursafety's team is a leading PPE manufacturer in China and has a lot of experience in manufacturing and controlling cut resistant gloves.
