Men's swim shorts Tommy Hilfiger UM0UM03474 Medium black (UM0UM03474)

Tommy Hilfiger UM0UM03474 Medium black men's swim shorts have been designed with active water leisure and high comfort during swimming in mind. The construction utilises modern materials that combine durability with environmental friendliness.

Advanced polyamide material

The Tommy Hilfiger UM0UM03474 Medium model is made from 100% recycled polyamide, which translates into high resistance to water and quick drying. The synthetic material is characterised by abrasion resistance and elasticity, supporting freedom of movement during physical activity. By using recycled raw materials, the model aligns with current eco-friendly trends in the clothing industry.

Design adapted for activity

The cut of the swim shorts ensures an optimal fit to the body and comfort during swimming and water play. The model is equipped with functional features that facilitate everyday use, such as an adjustable waistband allowing for a personalised fit. The design supports comfort both during movement and while relaxing on the beach.

Eco-friendly production solutions

The manufacturing process of the Tommy Hilfiger UM0UM03474 Medium black men's swim shorts includes the use of recycled materials, minimising the impact on the natural environment. Care for ecology is reflected in the choice of raw materials and production technologies consistent with the principles of sustainable development. This approach emphasises the brand’s environmental responsibility and meets the expectations of conscious consumers.

Tommy Hilfiger UM0UM03474 Medium black men's swim shorts – features:

• Made from 100% recycled polyamide;
• Material characterised by high water resistance;
• Quick-drying fabric ensuring comfort after leaving the water;
• Design created with water activity in mind;
• Durability against abrasion and mechanical damage;
• Eco-friendly solutions through the use of recycled materials;
• Model aligned with the concept of sustainable development;
• Cut providing comfort during swimming and relaxation.