|Function||European Standards EN ISO 20345 for safety footwear|
|Impact resistance||Level of protection : 200 Joules|
|Compression resistance||Level of protection : 15 kN|
|Penetration resistance||With symbol of "P" resist a penetration force of 1100 Newtons (N)|
|Marked||Standard for EN20345 2011|
|SB||In terms of comfort and wear resistance, a level of acceptable quality as defined by an agreed European Standard.
The presence of a safety toecap providing protection against impact injury to the toes caused by falling objects, the toes being trapped under a heavy object, etc.
Level of protection : 200 Joules /15 kN.
|S1||As above SB standard, plus closed seat region.
Energy absorption of seat region.
|S2||As above S1 standard, plus water absorption and desorption.
Non Cleated outsole.
|S3||As above S2 standard, plus penetration resistance.
|Marked||The Lubricant||Test Area||Test Mode||Normative standards friction coefficient|
|SRA||sodium lauryl sulphate (SLS) solution||ceramic tile floor||forward heel slip||>0.28|
|forward flat slip||>0.32|
|SRB||glycerol||steel floor||forward heel slip||>0.13|
|forward flat slip||>0.18|
|SRC||Pass By SRA, SRB slip Specification Test|
|P||Penetration resistance||> 1100N|
|E||Energy Absorbtion||> 20J|
|A||Anti static||> Between 0.01 und 1000 MΩ
|C||Conductive footwear||> 0.1 MΩ|
|HI||Insulation against heat||The environment is 150 °C for 30 minutes, the insole surface temperature should not rise above 22 °C
|CI||Insulation against cold||In an environment of minus 17 °C for 30 minutes after the insole surface temperature should not declined by more than 10 °C|
|HRO||Heat sole contact (Resistance to hot contact up to 300°C)||When exposed to high temperatures up to 300 °C of the surface, there should be no broken soles|
|WRU||Water penetration and water absorption resistant upper||Water penetration time> 30 min.
Water absorption after 20% 30min Permeable volume 3g / h
Water vapor permeability 0.8mg/cm2h