When performing operations such as manufacturing, warehousing, and construction. There are various risks that are often faced. One of the risks that can be easily overlooked is being bumped and crushed. Impact resistant gloves, by using raised or multi-layer thermoplastic rubber to make. They can effectively protect against risks. Impact resistant gloves come in a variety of styles, and this guide will explain how to pick the right impact resistant gloves.
How to pick out the best impact-resistant gloves
Impact-resistant gloves come in a variety of types and sizes. It is very important to choose the right impact-resistant gloves. You can refer to the following four steps when making your selection:
Selecting the right level of impact resistance.
The most important thing about impact resistant gloves is that they can resist impact and provide cushioning. However, gloves with different impact resistance ratings have different protective effects. Choose the right grade to achieve the best results.
| Impact Protection Level | Force Transmitted (kN) |
|---|---|
| Level 1 | ≤ 9 kN |
| Level 2 | ≤ 6.5 kN |
| Level 3 | ≤ 4 kN |
- Minor impacts: e.g., dropping of tools. ANSI/ISEA 138 Class 1 is available as an option. It has a smaller impact pad in the back of the hand area. However, it is flexible in operation.
- Medium impact protection: Commonly used in material handling to avoid machine crushing. ANSI/ISEA 138 Level 2 is available as an option. Effective protection against hand entrapment.
- High Impact Risk: Commonly used in heavy industrial scenarios such as pipelines, oil field drilling, etc. Available in ANSI/ISEA 138 Level 3. Maximum impact protection and reduced risk of fracture.
Note:
ANSI/ISEA 138. This test reflects how much impact the glove will transmit to the worker’s hand. The higher the impact resistance rating, the less impact force is transmitted to the hand. The better the protection.
Determining other injury risks.
- Facing sharp implements:blades, metal edges, glass shards – Select cut-resistant liners. e.g. Kevlar.
- Whether the work environment is exposed to gasoline, motor oil, or chemicals. — Choose coatings with excellent chemical resistance. e.g., Nitrile coatings.
- Do you work in cold environments, such as cold storage? – Choose a liner with excellent warmth retention.
Note:
When selecting. You need to pay attention to the introduction of environmental conditions for the use of gloves. For example, the toughness of thermoplastic rubber TPR will be affected in cold environments.
Judgement of operating dexterity
Impact-resistant gloves need to have a good fit. Ensure dexterity of the hand. It can be flexible when facing tasks that require delicate manipulation. There are usually two types of structural design:
Segmented TPR:
TPR is covered on the back of the hand, fingers, and other positions. It can be flexed and moved freely. It effectively improves the flexibility of hand manipulation.
Fully wrapped TPR:
Provides more comprehensive coverage for the palm and back of the hand. Usually made of heavier TPR for better impact protection. However, flexibility is limited.
Choosing the right size
Choosing the right size is the only way to make the gloves fit the hand better. Provide better protection. It can also be more flexible to accomplish various tasks. Here is a hand size chart for your reference:
| European Glove Size | Hand Circumference (cm) | Hand Length (cm) | Palm Width (cm) | Middle Finger Length (cm) | US Size Equivalent | Gender Reference |
|---|---|---|---|---|---|---|
| 7 (Small) | 17.5 – 20.5 | 17.5 – 19.5 | 7.0 – 8.5 | 7.5 – 8.5 | XS / S | Female / Unisex |
| 8 (Medium) | 20.5 – 23.5 | 19.5 – 21.5 | 8.5 – 9.5 | 8.5 – 9.5 | S / M | Female / Male |
| 9 (Large) | 23.5 – 26.5 | 21.5 – 23.5 | 9.5 – 10.5 | 9.5 – 10.5 | M / L | Male / Unisex |
| 10 (Extra Large) | 26.5 – 29.5 | 23.5 – 25.5 | 10.5 – 11.5 | 10.5 – 11.5 | L / XL | Male |
Suggestion: always choose the right size. Too large a size and the gloves may shift or slip off. As a result, joints and other parts of the hand will not be adequately protected. Size too small, it will strangle the hand, resulting in poor blood circulation
What are the materials of impact-resistant gloves?
The material of impact-resistant gloves is the key player that mainly provides the protective effect. Different protective materials protect differently, and they serve different purposes. They can be selected based on performance.
Kevlar or spandex blend fiber:
- Introduction: a high-strength synthetic-type fiber. It can effectively protect against abrasion, scuffs, and cuts.
- Characteristics: high tenacity and excellent durability
Leather:
- INTRODUCTION: A durable material, usually used in conjunction with Kevlar. It can effectively prevent impact. And with the development of technology, synthetic leather material has also introduced.
- APPLICATION: Suitable for heavy-duty items.
Thermoplastic rubber TPR:
- Introduction: a material with excellent anti-impact effect. It is also the most commonly used material for impact-resistant gloves.
- Characteristics: Very good shock absorption and high dexterity. Allows for fine manipulation.
- Applications: excellent performance also in low-temperature environments
Rubber composite material:
- Introduction: This material is mainly filled in the finger part. It can provide good protection for fingers.
- Characteristics: High flexibility. Suitable for precision operation scenarios.
Breathable fabric:
- INTRODUCTION: Impact-resistant gloves will also be made from breathable fabrics. Prevents hands from sweating during operation
- Characteristics: It can improve the comfort and dexterity of the impact-resistant gloves.
Specialized coatings:
- Introduction: Specialized coatings are added to impact-resistant gloves. Such as oil-resistant, chemical-resistant, and cut-resistant coatings.
- APPLICATION: Allows the gloves to be used in more high-risk environments.
Scenarios of use
It can also be based on different usage scenarios. Choose the right impact-resistant gloves based on your work needs:
- Construction: handling and removing steel bars. and the use of heavy tools and machines
- Mining and oil & gas industry: Protection from heavy falls from heights and heavy machinery. Hazards of high-intensity work
- Automotive industry: assembling and trimming the underside of automobiles.
- Logistics industry: handling of goods or objects with sharp edges
- Manufacturing industry: assembly lines, operating machinery
- Agriculture: managing large equipment and sharp tools (scythes)
Durability and grip
Durability and grip are also the most important characteristics of impact-resistant gloves. Impact-resistant gloves are gloves that are very resistant to wear and tear. Choosing a more durable material will provide protection for a long time.
- Common durable materials include: composite leather, Kevlar, etc.
- Common abrasion-resistant coatings are: nitrile rubber, polyurethane, etc.
- Adding abrasion-resistant materials to the surface of gloves. It can effectively improve the gripping power. Such as a silicone graphic layer or nitrile.
The gripping power can help workers hold tools or objects firmly. When selecting gloves, you can choose gloves with a special texture on the palm.
Why do you need the right impact-resistant gloves?
According to Industrial Safety & Health News, the hands are the second most common site of injury in the workplace. In 2017, more than 42 percent of occupational injuries in private industry involved the hands. There were 286,150 nonfatal upper extremity occupational injuries that caused employees to miss work. Of these, 121,860 involved the hand.
Examples include the construction industry, oil, aerospace, and gas industries. These industries are often exposed to impact hazards.
- Reducing the risk of impact injuries
- Provides multiple layers of protection
- Saves money and time
- Increases grip and flexibility
- Provides work efficiency
The right impact gloves not only protect against work-related injuries. It also improves comfort on the job.
Choose MTIDE for Impact Gloves
MTIDE specializes in the development of high-quality, high-impact protective impact gloves. We use high quality impact resistant and durable materials. Just to provide safer security and protection for workers. We offer a wide range of gloves with different levels of impact resistance. If you want to know which impact-resistant gloves to choose? Feel free to contact us!
FAQ
Are level 5 cut-resistant gloves good?
Level 5 cut-resistant gloves are good. This level provides a very high level of protection against cuts. It provides a high level of protection against punctures. It can withstand cutting forces ranging from 2250 g to 2999 g. It can be used in jobs with sharp objects. Working with sharp objects. Such as food processing, metal processing, glass handling, and other work scenarios. All can provide stable protection. Reduces the risk of injury.
What is the standard for impact resistance?
Nowadays, there are different testing standards from different organizations. Common impact resistance standards:
- American National Standards Institute ANSI/ISEA 138 standard.
- Standards issued by the Occupational Safety and Health Administration (OSHA).
These different standards focus on and describe different equipment. As well as different scenarios. They require detailed attention when making a selection. What is the difference between Class 3 and Class 2?
What is the difference between Class 3 and Class 4 impact resistance?
Class 3 and Class 4 impact resistance are used here to describe the level of impact resistance a roof can withstand.
- Class 3 impact resistance: This means that a 1.75-inch diameter steel ball dropped twice at a specific height will not crack the roof.
- Class 4 impact resistance: indicates that a 2-inch diameter steel ball dropped twice at a specific height will not crack the roof. There will also be no damage.
And for impact-resistant gloves. Class 3 impact resistance is divided into 3 levels. 3 levels of protection are more effective. It can withstand more than double the force of a level 1 impact-resistant glove.