Cut-resistant gloves are one of the pieces of safety equipment. They protect against injuries on the job and reduce the likelihood of serious injury and disability. They are essential for all high-risk industries. According to the U.S. Bureau of Labor Statistics, there are 100,000-120,000 hand injuries per year. Cutting injuries account for more than 40% of these injuries; 70% of hand injuries are due to failure to wear gloves, and 30% are due to improper use of gloves. Cut-resistant gloves bring the biggest benefit: reducing such risks. My top advice is to wear cut-resistant gloves whenever you can. This helps prevent injuries.
What are cut-resistant gloves?
Cut-resistant gloves are a type of personal protective equipment. It reduces the risk to your hands when handling sharp objects or coming into contact with potential hazards. It helps protect you from other injuries, such as cuts and abrasions, on the job. But cut-resistant gloves are by no means the only benefit. This article takes a look at more benefits!
8 Benefits of Using Cut-Proof Gloves
Preventing cuts and scrapes
Cut-resistant gloves are effective in preventing and mitigating the risk of being cut by sharp objects.
Mainly through its special knitted structure, it creates a protective layer that is difficult to cut. We recommend purchasing level 5 cut-resistant coating gloves as well as cut-resistant cuffs.
It is made from high-performance materials. Common materials such as:
- High-performance polyethylene
- Dyneema
- Kevlar
- Metal mesh
- Glass fiber
These materials are tough and strong. For example, Dyneema cut-resistant gloves provide lightweight cut protection, flexibility, and good durability for work involving blades, sharp edges, glass, and metal parts. These materials can help counteract downward thrust and moving friction, reducing cutting forces and lowering the risk of hand injuries.
Increase hand grip
The surface of the cut-resistant gloves undergoes some treatment with special coatings. It makes the cut-resistant gloves more grippy. Use nitrile or latex coatings to coat the surface. Effective in preventing slippage.
Common coatings are:
Due to the characteristics of the raw materials used for coatings. They are in wet or greasy environments, the material will be more tacky. Some gloves are designed with added texture. It allows workers to hold objects firmly without dropping them in various scenarios.
Improved work comfort and dexterity
Cut-resistant gloves also take into account how they feel when worn. Knitted with high-performance fiber filaments, they are suitable for long periods of wear. You can, according to the size of your palm. Pick the gloves that fit comfortably. Common materials:
These materials make cut-resistant gloves more comfortable. It can fit the hand better. Accuracy and precision for fine work. Operate with greater dexterity.
Improve work efficiency and quality
Good cut-resistant gloves not only provide protection for the hands. It can also reduce fatigue in the hands at work. It allows the user to wear gloves for long periods of time without discomfort. OSHA research shows that proper glove use can reduce hand injuries by 60% and indirectly improve efficiency.
Common Materials:
- Dyneema
- HPPE
- Spandex
These materials are breathable and resilient. It can help the user to reduce fatigue and improve the efficiency and quality of work during use.
Reducing costs
Wearing cut-resistant gloves can reduce the risk of hand injuries. The user does not have to bear the cost of injuries at work, reducing an additional expense. Users do not need to incur further medical expenses. Companies equip workers with cut-resistant safety gloves to reduce workplace accidents. It is a very good choice for both the employee and the enterprise.
According to the relevant statistical information said. Wearing anti-cut gloves will reduce 160+ laceration injuries per year. It can save nearly 1.8 million dollars for enterprises and employees.
Wear-resistant and long-lasting
Anti-cut gloves are made of high-performance materials, which are not only cut-resistant, but also wear-resistant and scratch-resistant. It can greatly improve the service life of cut-resistant gloves. It is a cost-effective choice to purchase a pair of high-quality cut-resistant gloves. The common cut-resistant gloves EN388 abrasion resistance test reach level 4. It is not only wear-resistant and long-lasting, and can provide protection for the hand.
Heat and Chemical Resistance (Partial)
Some cut-resistant gloves are insulated against heat or chemicals (e.g., nitrile/neoprene coatings against acids and alkali oils). They have coatings for specific heat insulation and chemical resistance. Common ones are:
- Aramid fibers
- Glass fiber/carbon fiber
- Silicone coatings
- PVC coatings
- Neoprene coatings
In industries that are exposed to extreme environments or large amounts of chemicals, cut-resistant gloves can reduce many injuries. However, not all cut-resistant gloves are equipped with such features. When selecting one, look carefully at the item’s detail page!
Wide range of uses
Cut-resistant gloves have a wide range of uses and are used in many places where you come into contact with sharp knives or tools. A pair of cut-resistant gloves can be used in a variety of scenarios. For example:
- Construction industry: when using sharp tools or operating objects in contact with sharp edges
- Food processing industry: when using knives to handle meat products
- Warehouses and logistics: when handling objects with sharp or rough edges.
- Automotive industry: when assembling or rebuilding automobiles
- Metalworking industry: During metal and sheet metal working with heavy machinery or welding equipment.
- Waste recycling industry: when sorting and handling waste, you will come into contact with sharp objects and broken glass.
How to choose cut-resistant gloves?
It is important to select a suitable pair of cut-resistant gloves.
For workers who often come into contact with sharp edges, here are a few pointers to keep in mind when selecting cut-resistant gloves.
- Selection according to the specific working environment
- Performance and protection levels of cut-resistant levels of gloves
- Durability of cut-resistant gloves
- The size of the user’s hand
- Comfort and dexterity of the cut-resistant gloves
Why choose M-tide for cut-resistant gloves?
M-tide is one of the best cut resistant gloves manufacturers in China. M-tide makes cut-resistant gloves with both protection and comfort. They are internationally recognized and standardized. We use high-quality materials to make them, and each pair of gloves undergoes rigorous testing. If you have any questions about cut-resistant gloves, you can contact us! We provide perfect products and services for our customers. We look forward to working with you!
FAQ
How to take care of cut-resistant gloves
- Step 1: The first step is to rinse your cut-resistant gloves with water after use. Then rub the gloves with a special detergent. Rinse off the detergent with water.
- Step 2: Dry the cleaned gloves in a light and airy place.
- Step 3: Store cut-resistant gloves in a cool, dry place, away from heat or direct sunlight.
How often should cut-resistant gloves be replaced?
There is no fixed date for how often cut-resistant gloves should be replaced, but in general, cut-resistant gloves should be replaced within a few weeks or a month. Of course, specific circumstances may vary. For example, if you notice that your cut-resistant gloves are visibly worn or torn, it is important to replace them promptly. This is because at this point, the gloves have lost their protective properties.
How to Determine if Cut-Resistant Gloves are Compliant?
To determine if the cut-resistant gloves you’ve purchased are compliant or truly cut-resistant, check the gloves’ product details page or ask the merchant a question.
Or check on the gloves to see if they carry the EN388 certification or other international certifications. These can prove whether the cut-resistant gloves are compliant or not. Also, check what their cut-resistant levels are.
When not to wear gloves?
Most people only know that they need to wear safety gloves for protection when touching sharp objects. But it can also be overlooked that there are certain situations when gloves should not be worn.
For example, the U.S. Occupational Safety and Health Administration states: Do not wear gloves near accessible rotating or moving mechanical parts. Examples include drill presses, lathes, milling machines, and grinders, where gloves can be hooked and pulled onto the hands.
