According to research statistics. A large proportion of accidents are caused by falling objects or equipment. Workers use electric drills and portable drills for a long time. The continuous violent vibration is produced during the operation. It will cause a certain degree of damage to the workers’ joints, nerves, and muscles. Impact-resistant gloves can effectively protect the hands. Prevent being hit by heavy equipment and objects, but also effectively prevent vibration. This post will take you through how impact-resistant gloves protect the hands. And the importance of impact-resistant gloves.
What can cause impact injuries to the hand?
When an object is crushed and impacted into the hand. This strong force is transferred from the object to the hand. can cause injury to the hand. Excessive compression may cause damage to muscles, nerves, bones, and blood vessels. In severe cases, permanent tissue damage may occur.
Excessive impact may also affect the bones of the hand. Fractures and dislocations can occur.
According to OSHA research: Wearing impact-resistant gloves can prevent 72% of hand injuries.
The Importance of Impact-Resistant Gloves
As a professional glove practitioner. I am often asked, “Do impact-resistant gloves really work? Do they truly protect against impact injuries?” There are many such questions, and I always take time to explain in detail the advantages of impact-resistant gloves. To clarify, here are some key benefits:
Enhanced protection: Impact-resistant gloves are different from ordinary gloves. It can prevent heavy objects from falling and injuring the hand. Prevent blunt objects from traumatizing hands.
- Add padding: can effectively absorb and disperse the impact force.
- Shock-absorbing zones: can cope with unexpected situations
Durable material:
- Gel: Provides protection, but lacks break or bend points. Less flexible
- Foam: Better flexibility, but less protection. For example, it is not resistant to chemicals and UV rays.
Silicone: provides high impact protection and is heat and flame-resistant.
Combination of dexterity and comfort:
Dexterity is not compromised by the robustness and heaviness of the glove’s construction. It also maintains the user’s comfort.
- High durability: sturdy and heavy construction. Withstands heavy crushing and impacts even after long periods of use.
- Enhanced Grip: A textured palm design is added to increase friction. Allows the user to use the glove in wet environments.
Impact-resistant gloves during processing and construction. It can effectively avoid all types of crushing or impact. They protect without losing dexterity and comfort. The dexterity of the gloves ensures that accidents, such as falling, are avoided when gripping objects. This, in turn, causes injuries and poses a threat to safety.
How do impact-resistant gloves prevent injuries?
We all know it’s the force transmitted when an object hits or crushes that can cause hand injuries. So the key to impact glove protection is to reduce this force.
One of the most important technologies is TPR technology:
TPR impact technology. It’s one of the core technologies of impact glove protection.
The technology: It is a protective thermoplastic rubber that is fixed to the back of the glove. This ensures that full protection is achieved. It absorbs impact at every corner.
The design of the structure: The material, softness, shape, and hardness of the protective part are adjusted by design. Hundreds of tests need to be carried out in between. Only then can the best impact protection be achieved. Adjustment and design. Adjustment and design. Impact-resistant gloves are made by using specific textiles and materials. Rubber, tire tread, and thermoplastic rubber (TPR) are used for cushioning. When an object comes into contact with these protective materials. These materials deform, which then increases the contact time during extrusion.
Impact-resistant gloves are made by using specific textiles and materials. Materials such as rubber and tire tread or thermoplastic rubber TPR are used for cushioning. When an object comes into contact with these protective materials. These materials undergo deformation, which in turn increases the contact time of the extrusion. The maximum pressure on the hand is then reduced.
In order to ensure the durability and sustainable use of impact-resistant gloves. These materials must also be able to return to their original state within a certain period of time after impact. This ensures that they can provide protection again.
Standards and ratings for impact-resistant gloves
ANSI/ISEA 138 is a rating by the American National Standards Institute, based on performance in an impact resistance test. The test reflects how much impact a glove will transmit to a worker’s hand. The higher the impact rating, the better the protection. Below is a breakdown of the ratings:
| Impact Level | Mean Transmitted Force | Impact Resistance Force |
|---|---|---|
| Level 1 | ≤ 9 N | < 11.3 kN |
| Level 2 | ≤ 6.5 N | ≤ 8.1 kN |
| Level 3 | ≤ 4 N | ≤ 5 kN |
- Level 1:
The average force that can be felt is less than or equal to 9N, and the impact resistance is less than or equal to 11.3KN. - Level 2:
The average perceived force is less than or equal to 6.5N. The maximum force allowed to pass is less than or equal to 8.1KN. - Level 3:
The average perceptible force is less than or equal to 9N, and the maximum force allowed to pass is less than or equal to 5KN.
M-tide
M-tide specializes in the development and production of impact-resistant gloves with excellent protection. Our gloves are made of high-quality, protective, and resilient thermoplastic rubber. They undergo rigorous impact testing. This ensures that each glove provides the most effective protection. This gives workers peace of mind when wearing impact-resistant gloves. If you want to learn more about impact-resistant gloves and what they are. To find out which impact-resistant grade of gloves to choose, feel free to get in touch!
Frequently Asked Questions
What is the standard for impact-resistant gloves?
The standard for impact-resistant gloves is ANSI/ISEA 138.
This standard measures how much impact force passes through the glove to the hand.
ANSI/ISEA is divided into 3 main levels.
- ANSI/ISEA 138 Level 1: A force of 9N can be transmitted through the glove to the hand.
- ANSI/ISEA 138 Level 2: A force of 6.5N can be transmitted to the hand through the glove.
- ANSI/ISEA 138 Level 3: 4N of force can be transmitted through the glove.
What is important to consider when using protective gloves?
There are a few things to consider when using protective gloves and impact-resistant gloves. The most important thing to consider when using protective gloves is that they provide better protection.
- Size fits comfortably: Protective gloves that fit properly will provide better protection. They should not be too loose or too tight.
- Choose the right level of protection: According to the application scene and the impact level, choose the right level of impact gloves. In order to play a better protective role.
- Pay attention to the cleanliness of the gloves: Gloves worn for a long time or used in the construction environment may be contaminated. Need to clean the protective gloves in time and provide reasonable treatment.
Which type of rubber is used in impact-resistant gloves?
The main type of rubber used in impact-resistant gloves is thermoplastic rubber TPR. It provides excellent protection and can effectively absorb impacts.
TPR is a unique synthetic material. It is made of thermoplastic styrene butadiene rubber. Specific fillers, plasticizers, and additives are added to form a hybrid material.
TPR is flexible and still lightweight. It can be easily installed in all positions and joints of the glove. It provides very comprehensive protection for gloves.
