Vesta Ofma W O43W S3S FO CI HI SR MENDI Safety Boot

The Vesta Ofma W O43W S3S FO CI HI SR MENDI safety boot is a model specially designed for welding work, combining protection, lightness, comfort and durability. It is manufactured in smooth black water-resistant leather and features a 100 % waterproof polyamide fabric collar, providing adequate protection against moisture.

Its design incorporates adhesive fastening and inner laces positioned beneath the flap, providing a secure and practical fit. The metal-free construction includes a fibreglass safety toecap and a textile anti-perforation insole.

The bicolour PU2D sole is extremely lightweight and comfortable, and is designed to protect the heel and reduce the sensation of fatigue. Furthermore, it provides high resistance to repeated flexing and features wide liquid drainage channels.

The model provides insulation against cold and heat, offering an appropriate combination of protection and comfort for demanding work.

FEATURES

• Safety boot for welders with S3S classification.
• Slip resistance according to SR marking.
• Resistance to hydrocarbons according to FO marking.
• Cold insulation according to CI classification.
• Heat insulation according to HI classification.
• Metal-free design.
• Smooth black water-resistant leather upper.
• 100 % waterproof polyamide fabric collar.
• Adhesive fastening for easy adjustment.
• Inner laces positioned beneath the flap.
• Fibreglass safety toecap.
• Textile anti-perforation insole.
• Bicolour PU2D sole extremely lightweight and comfortable.
• Sole designed to protect the heel and reduce the sensation of fatigue.
• High resistance to repeated flexing.
• Wide liquid drainage channels.
• Insulation against cold and heat.
• Specially designed for welding work.
• Available in sizes 36 to 48.

STANDARDS

Safety boot certified to EN ISO 20345 standard, with S3S classification. Features a fibreglass safety toecap and textile anti-perforation insole, along with slip resistance SR, resistance to hydrocarbons FO, cold insulation CI and heat insulation HI.