SIZE CORRESPONDENCE TABLE :
ISO STANDARDS
EN ISO 20344 : Test methods for safety shoes
Standards summarizing all the tests and test methods performed on safety shoes before they are placed on the market. This Standard is used in conjunction with EN ISO 20345 and EN ISO 20347 which define the basic and additional requirements for safety footwear
EN ISO 20345 : Specification of safety shoes for professional use
This international standard specifies the basic and additional (optional) requirements for general purpose safety footwear. The safety shoe is equipped with a safety toe resistant to impacts equivalent to 200 joules and crushing of 15 KN
EN ISO 20347 : Specifications for work footwear for professional use
This footwear is different from safety footwear by the fact that these do not have toe caps against injury from falling objects or crushing impacts
SYMBOLS & TYPES OF FLOORS
SRA Hard industrial indoor floors (tile type)
SRB Hard industrial indoor or outdoor floors
(paint or resin type)
SRC SRA + SRB = SRC indoor or outdoor floors
(polyvalent type)
ADDITIONAL SPECIFICATIONS
In addition, there are particular markings for particular specifications :
AN : Protection of the malleolus
C : Conductive because electrical resistance does not exceed 100kW
CI : Cold insulation
CR : Upper cut resistant
ESD : Dissipative shoe
HI : Heat insulation
HRO : Heat resistant outsole up to 300°C (for 60 seconds)
M : Metatarsus protection against choc impacts
WR : Water resistant (waterproof)
We recommend storing safety shoes as follows :
- Do not compress or bend
- Do not store near steam pipes, radiators or other sources of artificial heat or expose directly sunlight, artificial light or other sources of ozone
- Storage ambient temperature must be between 10° C and 21° C. Storage temperature should not exceed 35° C
HIGH VISIBILITY CLOTHING
EN ISO 20471 :
This standard specifies the requirements for protective clothing aiming to signal the presence of the wearer visually, so that he may be detected and seen in hazardous situations, in all conditions of daylight, and night under illumination of car headlights. There are three classes of high-visibility colthing. Each class must have minimum surfaces of visible material constituing the garnment. The higher the class, the more visible the garnment.
Marking :
X : Class of high visiblity surface (From 1 to 3)
PROTECTIVE CLOTHING AGAINST RAIN
EN ISO 343 :
This standard specifies the requirements and test methods applicable to the materials and seams of protective clothing against foul weather (for example precipitation in the form of rain or snow), fog and ground humidity
EN ISO 13034 :
Protective clothing against liquid chemicals (splashes)
EN ISO 13982-1 :
Protective clothing for use against solid particules (dust-asbestos)
EN ISO 14605 :
Protective clothing for use against liquid chemicals (sprays-fogs)
EN ISO 1149-5 :
Protective clothing to dissipate static electricity
EN ISO 1073-2 :
Protective clothing against radioactive contamination
EN ISO 14126 :
Protective clothing against infective agents
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