Safety Jogger safety shoes X2000 S3
Description: leather shoes,
water-repellent, Braun , nylon mesh lining,
antistatic, anti-perforation
Steel sole, anti-shock, anti-slip, S3,
Steel toe cap, PU / PU sole.
Areas of application: industry, craft, logistics
Item Description:
| Sole: | PU / PU |
| Toe cap: | Steel cap |
| Midsole: | Steel sole |
| Lining: | Mesh nylon |
| Outsole: | Molded insole |
breathable functional lining
The breathable mesh functional lining ensures a pleasant foot climate.
EN ISO 20345 – Overview of security levels
Basic requirements?
S1 – closed heel area, antistatic, energy absorption capacity in the heel area
S2 – As S1, but with the addition of water penetration and absorption by the upper part of the shoe
S3 – As S2, with additional penetration protection, profiled outsole
| ?Safety shoes EN ISO 20345 | ?S1? | ?S1P? | ?S2? | ?S3? | ? ? ? ? ? ?? | ? ? ? ? ? ? ? ? ? ? ? ?Additional marking: | |
| ?Basic requirements | ?X | X | X | X | ? | A: | antistatic sole |
| ?closed heel area | X | X | X | X | ? | E: | Energy absorption in the heel area |
| ?Fuel resistance of the sole | X | X | X | X | ? | HI: | Thermal insulation |
| ?Antistatic properties | X | X | X | X | ? | CI: | Cold insulation |
| ?Energy absorption capacity ?in the heel area |
X | X | X | X | ? | HRO: | Behavior in contact with heat (Test temperature 300 ?, test duration 60 sec.) |
| ?Water penetration / absorption | ? | ? | X | X | ? | ORO: | Fuel consistency |
| ?Penetration security | ? | X | ? | X | ? | ? | ? |
| ?Profiled outsole | ? | ? | ? | X | ? | ? | ? |
SRA:?Slip resistance on ceramic tiles with NaLS (sodium lauryl sulfate solution)
SRB:?Anti-slip on steel floor with glycerine
SRC:?Slip resistance on both of the above-mentioned surfaces (SRA + SRB = SRC)
Toe cap made of steel
The spacious fit ensures a comfortable fit.
Certification according to EN ISO 20345: 2011 within the shoe (200 joules)
SRC: Categories for slip resistance
SRA:?Slip resistance on ceramic tiles with NaLS (sodium lauryl sulfate solution)
SRB:?Anti-slip on steel floor with glycerine
SRC:?Slip resistance on both of the above-mentioned surfaces (SRA + SRB = SRC)



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