Leather insulated boots with metal toe Art.Master size 43

Leather insulated boots Art.Master size 43 with a metal toe insert provide thermal protection and toe impact resistance. The upper is made of embossed leather and the boots feature a two-layer polyurethane sole with differential density. Certified to EN ISO 20345:2011, protection category SB; CE certificate, size 43.

Advantages

Embossed leather upper offers durability and resistance to wear while thermal insulation retains warmth in cold conditions. The metal toe insert protects against impact and compression risks. The two-layer polyurethane sole with differentiated density balances cushioning and stability for walking on varied surfaces. Certification to EN ISO 20345:2011 (category SB) confirms compliance with basic safety footwear requirements.

Suitable for

• Construction and site work
• Industrial maintenance and workshop use
• Outdoor cold-weather tasks
• Jobs requiring basic toe protection (SB)

Key specifications

• Brand: Art.Master
• Model: Leather insulated boots with metal toe
• Size: 43
• Upper material: Embossed leather
• Toe protection: Metal toe insert (protective metal cap)
• Sole: Two-layer polyurethane with differentiated density
• Protection category: SB
• Standards and certification: CE, EN ISO 20345:2011 (Category II)
• MPN: 9045541
• EAN: 4750959045541

How to use

Use these boots for work in cold environments or wherever basic toe protection is required. Put the boots on and fasten any closures to ensure a snug fit that prevents slippage. Inspect the metal toe and sole for damage before each use; replace the boots if protective elements are compromised. Clean the leather upper with a damp cloth and use appropriate leather care products to maintain water resistance and flexibility.

Usage recommendations

For prolonged cold exposure, combine the boots with thermal socks and use regular leather maintenance to preserve insulation and protective properties. Do not use these boots where higher protection levels (such as SBP, S1P, S3 or puncture resistance) are required without verifying the necessary standards.