Men's shoes Tommy Hilfiger Archive '97 velvet brown (EM0EM01624GWN)

The men's shoes Tommy Hilfiger Archive '97 velvet brown combine a dynamic sportstyle aesthetic with a precisely selected blend of synthetic materials. The upper made of polyurethane and polyester ensures durability and resistance to everyday wear, while the rubber outsole guarantees stability on various surfaces.

Upper construction and materials used

In the Tommy Hilfiger Archive '97 model, the upper is made of polyurethane and polyester, providing an optimal compromise between flexibility and durability. The use of these materials also translates into ease of keeping the shoes clean. The multilayer construction promotes proper ventilation and support for the foot during daily activities.

Outsole and traction

The rubber outsole in the Archive '97 model is responsible for traction on both urban surfaces and smooth floors. Thanks to the properties of the rubber, the shoes effectively absorb vibrations while walking. The appropriate profile of the outsole supports the natural movement of the foot during use.

Sportstyle in everyday use

The men's shoes Tommy Hilfiger Archive '97 velvet brown fall into the sportstyle category, offering the versatility necessary for casual walks as well as more intense urban activities. Carefully selected materials and a sporty cut make this model perfect for everyday use. The harmonious combination of functionality and style meets the needs of modern users seeking comfort and contemporary design.

Men's shoes Tommy Hilfiger Archive '97 velvet brown - features:

• Upper made of polyurethane and polyester with increased resistance;
• Rubber outsole guaranteeing stability on different surfaces;
• Sportstyle construction designed for everyday urban activities;
• Flexibility of materials supports the natural movement of the foot;
• Ease of keeping the upper clean;
• Multilayer upper providing support and ventilation;
• Appropriate outsole profile enhancing comfort during use;
• Carefully selected synthetic materials for increased durability.