Designation of safety footwear categories in accordance with the EN ISO 20345 standard

SB: Basic requirements under the standard are fulfilled (including toe cap)

S2: Toe cap + watertight

S3: Toe cap + watertight + penetration protection +  profiled sole

S1P: Toe cap + penetration protection

HI: Sole design provides heat insulation

CI: Sole design provides insulation against cold

WR: Shoes are water resistant

WRU: Waterproof and water absorption by upper

HRO: Performance of outsole in the case of direct contact with heat

Designation of safety footwear categories in accordance with the EN ISO 20345 standard

O2: Closed heel area, antistatic properties, energy absorption capacity in the heel area, requirements regarding water penetration and water absorption

FO: Outsole is fuel resistant

Classification of fire brigade footwear in accordance with the CE 0197 EN15090 standard

Code 1: Shoes made of leather or other materials, except footwear made entirely of rubber or polymers

Code 2: Footwear made entirely of rubber or polymers

Types of brigade footwear in accordance with the EN 15090 standard

Type 1: Suitable for general technical deployments (e.g. Type 1, HI1) and fire fighting outdoors only (e.g. Type 1 HI2; Type 1 HI3)

Type 2: Heavy duty basic protection models, suitable for internal fire fighting and combating other fires of all sorts; standard fire brigade boots (e.g. Type 2 HI2; Type 2 HI3)

Type 3: Special protective version, suitable for deployment in exceptional risk situations such as those involving hazardous materials; also suitable for all sorts of fire fighting (e.g. Type 3 HI2; Type 3 HI3)

Type and protective function of fire brigade footwear is stated in the bottom left-hand corner of the pictogram (fire fighter), e.g. F2A, whereby the following applies:

F   Fulfils all requirements under the standard

2   Type 2

A   Fulfilment of antistatic requirements

Meaning of the labelling symbols

HI1: Heat insulation performance level of the sole design at 150°C / 30 minutes

HI3: Heat insulation performance level of the sole design at 250°C / 40 minutes