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All performance levels, pictograms and information given on this page correspond to the status as of September 2025. This information may change during the validity of this page. Please do not hesitate to contact us if you have any questions or require up-to-date information. All information without guarantee.
General explanations of achieved performance levels (all tests were carried out under laboratory conditions):
1-6 / A-F Achieved test result (the higher, the better)
0 Minimum performance level not reached
X Not tested or not applicable due to material or design
Protective gloves - General requirements and test methods
This standard defines the general requirements and relevant test procedures for glove design and construction, resistance of glove materials to water penetration, innocuousness, comfort and efficiency, marking and information supplied by the manufacturer applicable to all protective gloves.
Protective gloves against ionizing radiation and radioactive contamination
This European Standard specifies requirements and test methods for protective gloves against ionizing radiation and radioactive contamination. The standard applies to gloves which protect the hand and various parts of the arm and shoulder. It also applies to gloves to be placed in permanent enclosures.
Protective gloves against mechanical risks
Requirements, test methods, marking and manufacturer‘s information for protective gloves against the mechanical risks of abrasion, cut, tear, puncture and, where applicable, impact.
Test parameter Performance level
A Abrasion resistance 1-4
B Blade cut resistance (Coupe) 1-5
C Tear resistance 1-4
D Puncture resistance 1-4
E Blade cut resistance A-F
P Protection against impact P
Protective gloves against chemicals and micro-organisms
Requirements for protective gloves designed to protect the user against hazardous chemicals:
Type A: at least six test chemicals (protection index at least class 2 each)
Type B: at least three test chemicals (protection index at least class 2 each)
Type C: at least one test chemical (protection index at least class 1)
Test parameter Classes
A-F Code letter for test chemicals 1-6
Code letter Test chemical
A Methanol
B Acetone
C Acetonitrile
D Dichloromethane
E Carbon disulphide
F Toluene
G Diethylamine
H Tetrahydrofurane
I Ethy lacetate
J n-Heptane
K Sodium hydroxide 40%
L Sulphuric acid 96%
M Nitric acid 65%
N Acetic acid 99%
O Ammonium hydroxide 25%
P Hydrogen peroxide 30%
S Fluoric acid 40%
T Formaldehyde 37%
Breakthrough time (minutes) Protection index
>10 Class 1
>30 Class 2
>60 Class 3
>120 Class 4
>240 Class 5
>480 Class 6
Protective gloves against dangerous chemicals and micro-organisms
Requirements for protective gloves designed to protect the user against microorganisms:
Addition underneath the pictograms Protection against
No addition Bacteria, fungi
VIRUS Bacteria, fungi, viruses
Protective gloves for users of plant protection products
Requirements and test methods for protective gloves for users of plant protection products. Hands and forearms should be protected from contact with these plant protection products. These requirements apply to gloves made of elastomer and polymer materials.
G1 gloves are suitable if the potential risk is relatively low. These gloves are not suitable for use with concentrated pesticide formulations and/or for scenarios where mechanical risks exist.
G2 gloves are suitable when the potential risk is higher. These gloves are suitable for use with both diluted and concentrated pesticides.
G2 gloves also fulfil the minimum requirements for mechanical resistance and are therefore suitable for activities that require gloves with minimal mechanical strength.
Protective gloves against cold
Requirements and test methods for protective gloves against convective cold or contact cold till -50°C. The cold may be related to climatic conditions or to occupations.
Test parameter Performance level
A Convective cold 1-4
B Contact cold 1-4
C Waterproofness 1
Protective gloves against thermal risks
Protective gloves against heat and / or fire and its identification.
Test parameter Performance level
A Resistance to flammability 1-4
B Contact heat resistance 1-4
C Convective heat resistance 1-4
D Radiant heat resistance 1-4
E Resistance to small splashes of molten metal 1-4
F Resistance to large quantities of molten metal 1-4
Protective gloves for welders
Essential requirements and test methods for protective gloves for manual welding, cutting and related processes. Type A: low dexterity (with high other requirements)
Type B: high dexterity (with low other requirements)
Test parameter Performance level
A Resistance to flammability 1-4
B Contact heat resistance 1-4
C Convective heat resistance 1-4
D Radiant heat resistance 1-4
E Resistance to small splashes of molten metal 1-4
F Resistance to large quantities of molten metal 1-4
Protective gloves - Electrostatic properties
Additional requirements for protective gloves worn in areas where flammable or explosive atmospheres exist or may exist (see IEC 60079-32-1). It specifies a test method and requirements for performance, labelling and information on electrostatic dissipative protective gloves to minimise the risk of explosion. Antistatic protective gloves dissipate electrostatic charges in a controlled manner and ensure that electrostatic charging of the wearer is avoided. The wearer must be grounded accordingly. This requires the use of appropriate protective gloves, protective clothing, safety shoes and floor coverings.
Medical gloves for single use
Requirements and testing for freedom from holes, physical properties, biological evaluation and shelf life determination of medical gloves for single use.
Needle puncture testing
Test method for the determination of the puncture resistance against medical needles for materials and products.
American test method for determining the cut protection of protective gloves.
This pictogram indicates, that protective gloves and arm protectors are made of the premium and innovative special yarn TAEKI. This yarn is refined with a special fibre which is characterised by a very high mechanical resistance and even withstands situations with heat. Due to these characteristics this fibre is preferentialy used by manufacturers from various industries (e.g. automotive sector, aeronautics) to produce durable and high-performance products.
The high-quality special yarn from KYORENE® ensures a perfect wearing comfort and has also an additional protection against contact heat.
This pictogram indicates, that protective gloves are manufactured with the special yarn KATA 5. This yarn made of two high-quality and durable materials. It is characterised by its highest wearing comfort, highest dexterity and very high cut resistance. Further this innovative special yarn has an additional protection against contact heat.
This pictogram indicates, that the related disposable gloves are powered.
This pictogram indicates, that the related disposable gloves are powder-free.
Products and items which are determined to come into contact with food.
Marking of protective gloves, whose coating has been refined with a special water-repellent function.
Our special DryGrip Membrane is waterproof and breathable. The DryGrip Membrane is blocking and carefully preventing the ingress of liquids. Furthermore, perspiration is transported inside out. The DryGrip Membrane offers the user a high wearing comfort.
OEKO-TEX STANDARD 100® is an independent testing and certification system for textile raw materials, intermediate and end products at all processing stages. The tests for harmful substances include substances forbidden by law, substances regulated by law, substances known to be harmful (but not yet legally regulated) and parameters for health care.
The AQL (Acceptable Quality Level) defines a precisely procedure at which a certain subset of a good is allocated for a sample. This sample is tested according to settled standards and specifications. From the received results, it is possible to draw conclusions about the quality of the goods. The higher the requirements for a product are, the more stricter are the predefined guidelines. The AQL is therefore a statistical method for determining the quality. Medical gloves must be aseptic and must comply with DIN EN 455. An AQL (Accepted Quality Level) of less than 1.5 is to be observed. The gloves are only tested for water resistance.
The quality of our products is our first priority and our whole product range is meeting our high standards. Products which have further premium features (e.g. due material selection, fitting, characteristics, finishing) are marked with this pictrogram.
This pictogram marks products that are designed for working on touch-enabled surfaces. The touchscreen capability works best when no additional protective films (e.g. armored foil) are used on the surfaces.
This pictogram indicates leather gloves that are available in several sizes.
This pictogram identifies items of clothing that are fitted with reflective elements. The reflective elements serve to improve visibility in poor visibility conditions.
Innovative fit with unique wearing comfort and higher protection for the user.
The Dermatest seal is an award for independently tested products that are skin-friendly and safe.
This pictogram identifies articles that are made partly or completely from recycled materials.
This pictogram indicates items that are washable. You will find precise care instructions in the instruction manual.
This pictogram identifies articles that have the ultimate grip thanks to Grip Control technology. Particularly suitable for handling dry, oily and damp surfaces.