There are 3 categories of shoes for professional use:
>> EN ISO 20345
Personal protective equipment. Safety footwear
Toe protection against shocks equivalent to a level of energy equal to 200J and the risks of flattening under a maximal weight of 1500 daN
>> EN ISO 20344
Personal protective equipment. Test methods for footwear
EN ISO 20345 : 2011 |
EN ISO 20346 : 2014 |
|
Class I ou II | SB: basic properties | PB: basic properties |
Class I |
S1: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
P1: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
S2: like S1, plus - water penetration and water absorption. |
P2: like P1, plus - water penetration and water absorption. |
|
S3: like S2, plus - anti-puncture sole - studded sole |
P3: like P2, plus - anti-puncture sole - studded sole |
|
Class II |
S4: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
P4: basic properties plus - Antistatic properties - Energy absorption of the heel |
S5: like S4, plus - anti-puncture sole - studded sole |
P5: like P4, plus - anti-puncture sole - studded sole |
EN ISO 20347 : 2012 | |
Class I ou II | OB: basic properties |
Class I |
O1: basic properties plus - closed backpart - antistatic properties - energy absorption of the heel - resistance to fuel oil |
O2: like O1, plus - waterproofness |
|
O3: like O2, plus - anti-puncture sole - studded sole |
|
Class II |
O4: basic properties plus - Antistatic properties - Energy absorption of the heel |
O5: like O4, plus - anti-puncture sole - studded sole |
Determination of slip resistance:
Marking SRA: Slip resistance on ceramic tile floor with SLS
Marking SRB: Slip resistance on steel floor with glycerol.
Marking SRC: SRA + SRB
There are 3 categories of shoes for professional use:
>> EN ISO 20345
Personal protective equipment. Safety footwear
Toe protection against shocks equivalent to a level of energy equal to 200J and the risks of flattening under a maximal weight of 1500 daN
>> EN ISO 20344
Personal protective equipment. Test methods for footwear
EN ISO 20345 : 2011 |
EN ISO 20346 : 2014 |
|
Class I ou II | SB: basic properties | PB: basic properties |
Class I |
S1: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
P1: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
S2: like S1, plus - water penetration and water absorption. |
P2: like P1, plus - water penetration and water absorption. |
|
S3: like S2, plus - anti-puncture sole - studded sole |
P3: like P2, plus - anti-puncture sole - studded sole |
|
Class II |
S4: basic properties plus - closed backpart - Antistatic properties - Energy absorption of the heel - Resistance to fuel oil |
P4: basic properties plus - Antistatic properties - Energy absorption of the heel |
S5: like S4, plus - anti-puncture sole - studded sole |
P5: like P4, plus - anti-puncture sole - studded sole |
EN ISO 20347 : 2012 | |
Class I ou II | OB: basic properties |
Class I |
O1: basic properties plus - closed backpart - antistatic properties - energy absorption of the heel - resistance to fuel oil |
O2: like O1, plus - waterproofness |
|
O3: like O2, plus - anti-puncture sole - studded sole |
|
Class II |
O4: basic properties plus - Antistatic properties - Energy absorption of the heel |
O5: like O4, plus - anti-puncture sole - studded sole |
Determination of slip resistance:
Marking SRA: Slip resistance on ceramic tile floor with SLS
Marking SRB: Slip resistance on steel floor with glycerol.
Marking SRC: SRA + SRB