Safety shoes Art.Master 9030547 size 44 S1 with steel toe

Safety shoes Art.Master 9030547 size 44 S1 with steel toe are low-cut work shoes designed to provide foot protection in industrial and construction environments. The upper combines genuine pressed leather with a polyurethane coating for durability, while the sole is made of oil- and petrol-resistant polyurethane with an integrated anti-slip system and an energy absorber in the heel. The steel toe cap offers impact protection up to 200 J and compression resistance up to 15 kN. Certified to EN ISO 20345:2011, protection category SB SRC, CE marked.

Advantages

These safety shoes feature a robust steel toe cap and a durable polyurethane sole that resists oil, petrol and many organic solvents. The anti-slip outsole and heel energy absorber improve stability and reduce impact forces on the foot. The pressed leather upper with polyurethane coating increases abrasion resistance and extends service life in demanding workplaces.

Suitable for

• General industrial work
• Construction sites
• Workshops and warehouses
• Maintenance and service tasks with risk of falling objects

Key specifications

• Brand: Art.Master
• Model / MPN: 9030547
• Size: 44
• Protection class: S1 (SB SRC)
• Standard: EN ISO 20345:2011, CE
• Toe cap: Steel, impact resistance up to 200 J, compression up to 15 kN
• Upper: Pressed natural leather with polyurethane coating
• Sole: Polyurethane, resistant to oil, petrol and organic solvents; anti-slip

How to use

Select the correct size and fasten the shoes securely before entering the work area. Use these safety shoes for standing, walking and light-duty tasks where toe protection and slip resistance are required. Inspect the shoes regularly for sole wear, damaged upper or compromised toe cap and replace them if protective properties are degraded.

Usage recommendations

Use with appropriate socks and replace the shoes when visible damage or loss of anti-slip performance occurs. Store in a dry, ventilated place away from direct heat and chemicals that can degrade polyurethane.