Glove Standards and Cut Ratings

What is a Cut Rated or Cut Resistant Glove?

A Cut Rated or Cut Resistant Glove is a Glove that meets at least one of two rating standards. The EN388 Standard or the ANSI Standard. The EN388 Standard is a European Standard used throughout the world. The ANSI Standard is the Standard used only in America. Both Standards are measured differently and are used to determine the resistance of a material, such as a glove.

Cut Resistant Gloves are Gloves that are resistant to cuts, punctures, abrasion and tears.  The Cut Rating of a glove determines how resistant to cuts the gloves are.

In Australia and New Zealand we use the AS/NZS 2161 Glove Standards which are replicated from the EN388 Standard.


For your benefit The Glove Company have created an easy to understand Glove Standards Rating Chart below.


EN388 Mechanical Ratings Diagram, Table and Safe Usage

Glove Cut Standards EN388 Diagram

Hazard Test Performance Level
  1 2 3 4 5
Abrasion Resistance (Cycles) 100 500 2000 8000 --
Cut Resistance (Cycles) 1.2 2.5 5 10 20
Tear Resistance (Newtons) 10 25 50 75 --
Puncture Resistance (Newtons) 20 60 100 150 --



The higher the number the stronger the gloves resistance to that particular hazard. The EN388 Mechanical Standards, tests four different hazards. Abrasion Resistance, Cut Resistance, Tear Resistance and Puncture Resistance.

Abrasion Resistance is defined as how many cycles the glove material can handle of a course/rough surface until the glove fails.

Cut Resistance is defined as how many cut/slicing cycles the glove can handle until the glove fails.

Tear Resistance is defined as how much force the glove can withstand before it is compromised and torn or ripped.

Puncture Resistance is defined as how much force the glove can withstand before the glove is pierced by a standard single point. 


Usage: Gloves are commonly refered to by their cut rating alone. For example "Cut 3 glove" or "Cut 5 Glove". The cut resistance of a level 3 glove is usually refered to as safe for handling sheet metals. Where as level 5 cut resistance is safe for handling glass and level 1 cut resisance is good for mechanic's and general purpose.


EN374 Chemical Resistance Pictogram. 

 Chemical Pictogram EN374The EN374 Chemical Pictogram looks like this.The letters below represent what chemicals are safe to use.

EN374 Chemical Pictogram, Table and Safe Usage

EN374 Chemicals

Chemicals that appear on the EN374 Chemical Pictogram as a letter are tested to be safe for that chemical.








Carbon Disulfide 




Ethyl Acetate 


Sodium Hydroxide 40% 

Sulphuric Acid 96% 


If the pictogram shows the corresponding letter below the shield symbol that means the chemical has passed the test and that glove will protect you from that chemical hazard.

A glove must not have a permeation breakthrough when immersed for a minimum of 30 minutes in one of the 12 chemical (shown above) to be awarded the adjacent letter.


*Permeation is defined as the process of a chemicals at a molecular level, passing through the gloves material.

Some common chemicals such as; Unleaded Petrol, Methyl Ethyl Ketone, Xylene and Skydrol are not recognised by this standard. If you are using these chemicals, simply request a chemical data sheet from the manufacturer. It is important that you use the correct glove for the correct application.


Usage: If you are submerging a glove in any chemical or frequently exposing a glove to any chemical you must be sure the glove or glove's packaging shows the EN374 pictogram symbol with the suitable letter(s) that correspond with the chemical(s) you intend on protecting your hands from.



EN374-2 Micro-Organisms Protection and Pictogram

Micro-Organism Protection Logo The Micro-Organism pictogram is shown when the glove conforms to at least a performance of 60 mins (level 2) for the Penetration* test.

 *Penetration is defined as chemicals and micro-organisms flowing through the porous material, seams, small holes and/or other small defects in the gloves material.



EN407 Heat Protection Pictogram


Heat Resistant Standard Pictogram

Flammability, Contact heat, Conductive Heat and Radiant Heat are all rated under this standard. 
As well as Resistance to molten metal, a rating found on welding gloves.


EN407 Heat Protection Pictogram and Table

EN407 Heat Resistance Test Levels

Digits underneath pictogram in order from left-to-right

Test Type











(Flammability Resistance)

After heating how many seconds 
does the burn last

20 - 10

10 - 3

3 - 2

2 - 0


Contact Heat

Temperature in celsius after 15 seconds 
of controlled heating






Convective Heat

How many seconds it takes increase temperature 
of the inside of glove to 24 degrees

0 - 4

4 - 7

7 - 10

10 - 18


Radiant Heat

Seconds to reach a heat penetration of 2.5kw

0 - 5

5 - 30

30 - 90

90 - 150


Drops of Molten Metal

Number of drops until inside of glove increases by 4 degrees 

0 - 5

5 - 15

15 - 25

25 - 35


Molten Metal

Grams of Molten Metal until glove failure






*For more information please reach out to The Glove Company. 



The Importance of Independent Testing 


Did you know most other glove manufacturers create their own tests, aka they basically make up tests that suit THEIR needs. Independently Third Party Tested Certified Ribbon

The Glove Company cares about YOUR needs, that’s why we always ensure our gloves are independently tested, accredited and certified to international

standards, that way we know our customers are always protected.


All The Glove Company’s Gloves have been independently third party tested with Vic Labs. Vic Labs is one of Australia’s leading testing facilities

that has also been independently tested and accredited to ensure that their test results are of the highest standards.