Leather nubuck boots, polyester insole on EVA, rubber sole, composite toe cap and insole, beige size 40 SAGA2S3SBE40

Comfort and safety in one – Delta Plus SAGA S3 SRC work boots

These solid nubuck leather boots combine comfort and protection, ideal for a variety of applications – from finishing work, through industry, to outdoor work. Made from high-quality materials, they provide safety and comfort throughout the working day. S3 construction guarantees protection against mechanical hazards, and the SRC certificate ensures excellent grip on slippery surfaces.

Durable construction for demanding conditions

The upper made of nubuck leather is not only durable but also water-resistant, making these boots ideal for working in difficult weather conditions. The inner polyester lining provides comfort and breathability, and the replaceable polyester insole on EVA absorbs shocks and reduces foot fatigue. The sole welded with PU and rubber offers excellent grip and abrasion resistance. Additionally, the footwear is amagnetic – it does not contain metal elements, which is particularly important in some working environments.

Safety first

SAGA S3 SRC boots are equipped with a composite toe cap and an anti-puncture insole, protecting the feet from injuries caused by impacts or punctures. The rubber outsole provides stability and slip resistance, and antistatic properties minimize the risk of electrostatic discharge. They meet the EN ISO 20345 S3 HRO WRU FO A E SRC standard, which confirms their compliance with the highest safety standards. Additionally, the composite toe cap does not conduct heat or cold, which increases comfort in extreme temperatures.

• Durable upper: Nubuck leather provides abrasion and water resistance.
• Comfortable lining: Polyester lining provides breathability and comfort.
• Cushioning: Polyester insole on EVA reduces foot fatigue during long-term work.
• Safety: Composite toe cap and anti-puncture insole protect against injuries.
• Grip: PU/rubber sole provides excellent traction on various surfaces.
• Amagnetic: Lack of metal elements eliminates the risk of interference in some working environments.
• Thermal resistance: Sole resistant to high temperatures (HRO).
• Antistatic: Minimize the risk of electrostatic discharge.