In high-risk jobs, hands are easily injured by impact. It can lead to fractures. Choosing the right impact-resistant protective gloves is crucial. Among the many types of protective gloves, TPR gloves stand out. This blog post will provide information about TPR gloves. Including their characteristics, types, applications, selection criteria, and maintenance requirements. The full article can be read in just 7 minutes.
What are TPR gloves?
M-tide uses TPR, which stands for thermoplastic elastomer. It’s a blend of rubber and plastic. TPR combines the elasticity of rubber with the processability of plastics. It’s latex-free, hypoallergenic, and has stable properties. It also boasts superior impact resistance.
What are the materials used in the production of TPR?
| Category | English | Materials |
|---|---|---|
| Base Material | Substrate / Base Polymer | SBS, SEBS |
| Resin | Resin | PP, PS |
| Additives | Assistants / Additives | Operating oil, Filler, Stabilizer |
Compared to traditional rubber gloves, TPR gloves offer superior performance:
| Difference | TPR Gloves | Latex Gloves |
|---|---|---|
| Chemical Resistance | Good, resistant to weak acids and alkalis | Not resistant to oils and organic solvents |
| Cost | Medium | High |
| Environmental Friendliness | Recyclable, partially degradable | Requires vulcanization |
In summary: TPR gloves offer good value for money. They have moderate elasticity, controllable costs. And they are suitable for most protective scenarios.
How do TPR gloves work?
Shock Absorption:
TPR is the material of impact-resistant gloves. Impact force transmitted from an object to the hand can easily cause displacement of the hand’s bones and muscles, resulting in injury.
Principle: The elasticity of TPR gloves can disperse the impact force transmitted to the hand. Its working principle is similar to that of an elastic pad for cushioning. By dispersing the impact, it protects the hand from the impacts of heavy objects or tools.
Anti-slip and wear-resistant:
A user once posted on the Motorcycles forum on Reddit asking, “What is TPR? Is it slippery?” The answer is no. Gloves made of TPR have a good grip and are not easy to slip.
Principle: The surface has a textured or dotted design to increase friction. It is less likely to slip when gripping tools or wet items. It is also wear-resistant and has a long lifespan.
Common types of TPR gloves
Industrial TPR gloves
These gloves are specifically designed for high-intensity industrial environments.To avoid potential cuts, impact injuries, and chemical injuries. they may occur in industrial settings.
| Glove Type | Features | Applicable Scenarios |
|---|---|---|
| Cut-Resistant TPR Gloves | Provides impact and cut resistance. Made with HPPE base and covered with TPR impact layer. | Scenarios involving tool impacts and sharp object scratches. |
| Impact & Abrasion Resistant TPR Gloves | Reduces impact force on hands | Suitable for work involving frequent use of high-vibration tools. |
| Chemical Resistant TPR Gloves | Blocks penetration of oil and chemical reagents | Suitable for chemical experiments and related operations. |
Daily-use TPR gloves
These gloves are lightweight and do not require a high level of protection. They are of moderate thickness and very durable. They are waterproof and stain-resistant, balancing a good fit with flexibility. They can be used in applications such as cycling protection and household cleaning. |
Classified by use
Disposable TPR gloves: These gloves are thin and fit the hands well. They are easy to carry and suitable for scenarios requiring delicate handling, such as food packaging.
Reusable TPR gloves: These gloves are thicker and typically have reinforced cuffs. They are washable. And they can be reused with proper care. They are abrasion-resistant and suitable for applications. Such as industrial maintenance and machine operation.
Classified by function
Non-slip TPR gloves:
The core function of these gloves is to prevent slipping. They typically have raised dots or textures added to the fingertips. And they have palms to increase friction with objects. Suitable for wet environments or gripping smooth objects. One of our former customers reported that, after workers wore non-slip TPR gloves, product drops were reduced by 40%.
Oil-resistant TPR gloves:
These gloves offer further enhanced oil resistance. Making them suitable for use in lightly oily environments.
Antistatic TPR gloves:
Antistatic gloves often have specific fibers added to the surface. they can effectively disperse static electricity. And protect electronic components from electrostatic discharge. This reduces the rate of electrostatic damage to electronic components.
Features of TPR gloves
Low allergy risk: TPR gloves are an excellent alternative for people with latex allergies. because they do not contain natural latex proteins. They are also manufactured without chemical vulcanizing agents. Meeting the protection needs of sensitive individuals in various situations.
High elasticity: TPR gloves have a good elastic structure and strong resilience. They conform perfectly to the curves of the palm and fingertips. Even with continuous wear, there will be no numbness in the fingers or stuffiness in the palms. They combine flexibility and comfort.
Aging resistance: TPR gloves have stable performance. And they can resist the erosion of ultraviolet rays and chemical reagents. They are not prone to aging and have a long service life. Industrial-grade TPR gloves are 3-5 times more durable than ordinary PE gloves. They are also reusable and do not easily deteriorate or yellow.
High adaptability: TPR is thermoplastic. And it can be manufactured into various specifications through different processes. M-tide supports customization of TPR glove sizes, performance, and surface patterns. We can meet your various needs.
TPR gloves industry standard
European EN388 standard: The EN388 standard classifies cut resistance into levels. It is based on cutting resistance through cutting tests. Cut resistance levels are divided into A-F. Higher levels indicate better cut resistance.
| Cut Resistance Level | Cut Resistance (N) |
|---|---|
| A | ≤20 |
| B | 20-40 |
| C | 40-60 |
| D | 60-80 |
| E | 80-100 |
| F | >100 |
The North American ANSI/ISEA 105 standard classifies cut resistance into nine levels. From A1 to A9, using a multi-blade cutting test method. The higher the level, the more cut-resistant the material.
| Cut Resistance Level | Cut Force (N) |
|---|---|
| A1 | ≤20 |
| A2 | 20-40 |
| A3 | 40-60 |
| A4 | 60-80 |
| A5 | 80-100 |
| A6 | 100-150 |
| A7 | 150-200 |
| A8 | 200-300 |
| A9 | >300 |
Impact resistance standard
The North American ANSI/ISEA 138 standard: The ANSI/ISEA 138 standard uses a drop hammer impact test, focusing on the knuckles and fingers of the gloves. It classifies impact resistance into levels 1-3. The higher the level, the stronger the impact protection.
| Impact Resistance Level | Transmitted Impact Force |
|---|---|
| Level 1 | ≤9 kN |
| Level 2 | ≤6.5 kN |
| Level 3 | ≤9 kN |
In which fields are TPR gloves used?
Construction:
TPR gloves are abrasion-resistant, cut-resistant, and chemical-resistant. They protect workers’ hands from cuts and scratches. Providing reliable protection and improving construction safety.
Medical and Healthcare:
TPR gloves are hypoallergenic. And they have a good fit. They serve as a latex alternative for non-surgical applications. such as laboratory testing and medical care. They are typically disposable and sterile.
Industrial Manufacturing:
TPR gloves are abrasion-resistant, puncture-resistant, and slip-resistant. They are suitable for moderate protection needs in many areas. Such as machinery repair, metal processing, parts disassembly, and gardening.
Electronic Component Processing and Manufacturing:
Antistatic TPR gloves with added conductive fibers disperse static electricity. while maintaining operational sensitivity. They are suitable for electronic assembly and semiconductor processing, requiring regular resistance testing.
Household and Everyday Use:
TPR gloves are Durable, sensitive, and hypoallergenic. And they are suitable for household cleaning, routine repairs, and cycling protection. they can offer comfort and safety.
Why choose Mtide?
M-tide is a reliable TPR glove supplier. We adhere to the motto “More tide, more safety.” We insist on selecting high-quality raw materials and employing advanced manufacturing processes. Our TPR gloves offer superior performance and strong protection. All gloves undergo rigorous quality testing and meet international certification standards.
We produce various types of TPR gloves. And offer customized production. Trying to meet your diverse work needs. We sincerely invite you to cooperate with us.
FAQ
What's the difference between TPR gloves and nitrile gloves?
TPR gloves are different from nitrile gloves. The most significant difference lies in their chemical resistance. Nitrile gloves have a stable molecular structure. They allow them to withstand heavy oil stains and strong acid/alkali solutions. making them suitable for work environments with prolonged contact with these substances. Besides, they are suitable for lightly oily environments. But they cannot withstand high concentrations of chemicals or heavy oil contamination.
Furthermore, nitrile gloves are generally more expensive than TPR gloves. If the work environment does not require high oil resistance or puncture resistance. TPR gloves are a better choice
Can TPR gloves be reused?
Whether TPR gloves can be reused depends on the type. Disposable TPR gloves are not recommended for reuse, as they are prone to damage and loss of elasticity. Reusable TPR gloves, however, can be reused. These gloves are thicker and made of a more durable material. It’s important to clean them promptly after use and maintain them properly. Specific cleaning and maintenance methods can be found in the blog details. They can be reused if there is no damage or aging. However, if they have come into contact with highly corrosive chemicals, it is recommended to discontinue use.
Can TPR gloves be used interchangeably with cut-resistant gloves?
No. TPR gloves and cut-resistant gloves have different protective focuses. TPR gloves are often used as impact-resistant gloves. primarily to cushion the force of heavy impacts. Besides, Cut-resistant gloves resist the cutting force of sharp objects through specific materials. The two cannot be used interchangeably. If your work environment involves the dual risks of heavy impacts and sharp cuts. You should choose TPR gloves with corresponding dual properties. This will ensure that the gloves effectively perform their protective function.