Caterpillar Caterpillar S1 Hro Sra P722556 work shoes black

Caterpillar Merg St S1 Hro Sra P722556 - black work shoes

Solid and comfortable Caterpillar working shoes, designed for safety and comfort when working in difficult conditions. The MERG ST model combines durable materials with modern technical solutions, ensuring stability, protection and long -term convenience.

The most important features and benefits:

- Structure made of natural leather and durable synthetic materials (3D fibers, carbon fibers) - durability and resistance to damage.

- Medical, antibacterial and anti -vehos insert - hygiene and freshness of the foot throughout the day.

- Arch Support technology - support of the arc of the foot, less fatigue with prolonged wear.

- The middle layer of absorbing foam - cushioning and comfort at every step.

- hard rubber sole with SRX technology - high resistance to abrasion and stability.

- oil resistant to the outer sole and non -slip properties (SRA) - safety on slippery surfaces.

- HRO - sole resistant to high temperature.

- front protection made of stainless steel - protection against impacts and abrasions.

- laced clasp and low -profile construction - convenience and good fit to the foot.

- The textile lining and fabric insole ensure comfort.

Technical data:

- Manufacturer: Caterpillar

- Model: MERG ST P722556

- protection classification: S1 Hro SRA

- outer material: natural leather + textile materials

- insert material: fabric (antibacterial medical insert)

- sole material: synthetic (rubber, SRX technology)

- Color: Black

- type: low, shoes

- Closure: lace-up

- nose: round (stainless steel protection)

- purpose: workshop, outdoor works, daily use

- Packaging: original box

- weight with packaging: approx. 1 kg

- Heel/platform height: 4.5 cm

Caterpillar Merg St shoes are a combination of protection, durability and comfort - an excellent choice for people working in workshops, warehouses or in need of solid footwear for tasks requiring resistance to abrasion, oils and high temperature.