STANDARDS FOR GLOVES
All Tranemo flame retardant gloves are certified and tested according to applicable standards.
Use FLAME RETARDANT and ARC FLASH gloves correctly!
When working in industries including power generation and electricity production, electrical maintenance, on railways and in process industries, there is a risk of being exposed to an arc flash.
An arc flash creates intense radiant heat that can burn the skin. The hot air from the explosion can reach up to 10000°C, which poses a high risk of serious burns. The intense heat can ignite the gloves, which is why it is important that they protect against ignition and melting. The hands are among the most exposed parts of the body when working with electricity.
Tranemo recommends:
- Always use gloves when working with electricity. The hands are usually closest to the source of the accident.
- Use dry gloves. Damp or wet gloves can produce steam, which in turn significantly reduces the protection.
- Worn gloves provide reduced protection.
- Use clean gloves. The gloves are flame retardant, but oil and dirt on the outside can catch fire, even though the glove is flame retardant.
- Bring an extra pair of gloves. This way, you can change to new gloves if they become wet or dirty during the working day.
- Use the right size. Gloves that fit well provide better dexterity and help you handle equipment safetly.
- Let the other protective garments overlap the gloves at the wrists.
Read the article on how to reduce the risk of serious hand injuries
EN ISO 21420 / EN 420
Protective gloves - General requirements and test methods
The standard defines the general requirements and relevant test methods for the design and construction of the protective gloves, the water-repellent properties of the glove materials, protection and comfort, as well as requirements for marking and information from the manufacturer.
EN 407
Protective gloves against thermal and flame risks
The standard is used for protective gloves that protect the hands against heat and/or flame, fire, contact heat, convective heat, radiant heat and splashes of molten metal.
Each hazard that is tested receives a result divided into different levels, and the symbol for the standard for the standard is supplemented with the designations below.
The higher the number, the better the protection.
| Code | Description | |
| A (1-4) | Flame resistance properties | How flammable is the glove? Do the materials melt? How quickly does the flame extinguish? The standard tests the afterflame time and afterglow time following exposure to an open flame (levels 3 or 4 are classified as flame retardant). |
| B (1-4) | Contact heat | The glove must insulate against contact heat and must not melt. The standard tests exposure to a hot object for 15s, with a limited increase in temperature inside the glove. (level 1=100°C, level 2=250°C, level 3=350°C, level 4=500°C) |
| C (1-4,X*) | Convective heat | The glove must insulate against convective heat transfer and prevent hot air or steam from penetrating the glove. The standard tests the time taken for heat transfer to reach a level that could harm the hand. |
| D (1-4,X*) | Radiant heat | The glove must protect against radiant heat by reflecting or absorbing heat, helping to protect the skin from exposure. The test is carried out at 20 kW/m². |
| E (1-4,X*) | Small splashes of molten metal | Test with small splashes of molten metal. |
| F (1-4,X*) | Large splashes of molten metal | Test with small splashes of molten metal. |
*X indicates that the test has not been carried out.
ARC RATING
Protective gloves are tested according to ASTM F2675 and/or EN 61482-1-2 to determine the gloves' Arc Rating.
ASTM F2675
American arc flash test that determines the glove's Arc Rating, whihc is the amount of thermal energy the glove can withstand. The higher the value, the greater the protection. The result is given as ATPV or EBT in cal/cm².
EN 61482-1-2, Box test
This arc flash test results in a pass or fail based on the following settings:
- APC 1 - 168kJ (4kA, 400V)
- APC 2 - 320kJ (7kA, 400V)
The test is modified to suit gloves, as gloves are not included in this standard or test method.
EN 388
Protective gloves against mechanical risks
The standard defines mechanical risks and relevant tests for protective gloves. The gloves are tested for abrasion resistance, cut protection, tear strength, puncture resistance and impact protection. Each hazard that is tested receives a result divided into different levels, and the symbol for the standard is supplemented with the designations below.
The higher the number or letter, the better the protection.
| Code | Description | |
| A (1-4) | Abrasion resistance | A test that determines how many cycles the glove can withstand against a rotating abrasive paper before the material breaks. |
| B (1-5,X) | Cut resistance (coup test) |
An optional test that determines how many cycles the glove can withstand against a rotating blade before the material breaks. X = the blade becomes dull due to the material, making the test result unreliable. |
| C (1-4) | Tear strength | A test that determines how much force is required to tear the material. |
| D (1-4) | Puncture resistance | A test that determines how much force is required to push a standard point through the material. |
| E (A-F) | Cut resistance ISO 13997 | A test that determines how much force is required to cut through the material with a straight blade over a specified distance. |
| F (P) | Impact protection | An optional test that determines the glove's ability to absorb impact energy over the knuckles and fingers. P=approved. |
*X indicates that the test has not been carried out.
ANSI CUT
American standard for cut resistance
As a complement to the European standard, Eureka uses the ANSI test for cut resistance. This makes it possible to use a broader result range, A1-A9. The results are given in Newtons. The test methods are similar to those in EN 388.
EN 60903
Equipment for live working - Insulating gloves
EN 60903 is the European standard for electrically insulating gloves used when working on or near live installations. The standard ensures that the gloves provide protection against electric shock and defines requirements for design, testing, marking and performance.
The gloves are tested at the following voltages.
| Class | Max working voltage AC | Max working voltage DC |
| 00 | 500 V | 750 V |
| 0 | 1000 V | 1500 V |
| 1 | 7500 V | 11250 V |
| 2 | 17000 V | 25500 V |
| 3 | 26500 V | 39750 V |
| 4 | 36000 V | 54000 V |
EN 1149-1
EN 1149-1 is part of the EN 1149 series of standards for protective clothing with electrostatic properties.
EN 1149-1 is a test method for measuring the surface resistivity of the material, i.e, how easily electric charges can be conducted over the surface of the material. The gloves are tested and the result is given in ohms (Ω).
PROTECTIVE GLOVES
Browse all our flame retardant protective gloves.
Browse our gloves with protection against electric arc flash.
EN 61482-1-2 APC1
Browse our gloves with protection against electric arc flash.
EN 61482-1-2 APC2
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