What standards apply to fur-lined leather safety boots?
Standards and markings guide the choice of safety boots and shoes according to hazards and the working environment:
- EN ISO 20345:2022+A1:2024: fundamental requirements (including a 200 J toecap and crush resistance) and additional markings useful for the choice (e.g. A, E, WR, WPA, SR, FO, CI).
- EN ISO 20344: test methods, particularly for assessing slip resistance.
- EN ISO 20347: professional footwear without a protective toecap (classes OB to O5), to be distinguished from models certified to EN ISO 20345.
- EN 13832: footwear resistant to chemicals (classes I and II, depending on materials).
What types of fur-lined leather safety boots are there, and for which sectors?
Depending on the constraints, several configurations stand out through classes and markings:
- Classes SB to S7 (EN ISO 20345): selection according to the level required, with possible combinations of additional markings.
- SR marking: suited to environments where grip on ceramic flooring is an important criterion (industry, logistics, public services).
- WR or WPA markings: relevant when moisture and splashes are frequent, particularly for outdoor activities.
- CI marking: useful when insulation against cold is sought for extended interventions in low-temperature conditions.
For an overview of the equipment, see the foot protection page.
How should fur-lined leather safety boots be maintained?
Regular maintenance helps preserve performance in use and comfort. After use, remove dirt, leave to air dry away from a heat source, then store in a dry, ventilated place. Watch for signs of wear that can affect grip and protection: smooth sole, delamination, tears in the upper, deterioration of the lining, loss of support.
Sole resistance can also change with wear, flexing, dirt and moisture: refer to the instructions and replace the equipment if the expected markings (e.g. SR, WR, WPA) no longer match the actual working conditions.
What specific points should be considered for fur-lined leather safety boots?
The choice depends on working conditions, particularly temperature and moisture, and the associated markings. For interventions in wet environments, favour models with indications linked to water resistance (WR) or an upper resistant to water penetration and absorption (WPA). In cold contexts, a sole insulation marking (CI) can guide the selection, while SR and FO target slipping constraints and exposure to hydrocarbons.
For the upper, full-grain leather and nubuck are presented as flexible, breathable and water-repellent, which can contribute to comfort during extended use.