Men's Nike Multi Print 5" Volley swim shorts baroque brown (NESSF553-206)

Men's Nike Multi Print 5" Volley Swim Shorts in Baroque Brown are an excellent choice for enthusiasts of active water recreation. Made from polyester and elastane, they provide not only durability but also flexibility, which is crucial during intense swimming sessions. The cut of these shorts is designed to ensure maximum comfort of wear, and the use of quick-drying materials further enhances wearing comfort.

Thoughtful Construction

The men's Nike Multi Print 5" Volley swim shorts feature practical pockets that add to their functionality. With a lining made of polyester, including 50% recycled materials, users can expect additional comfort and support. This fabric is not only skin-friendly but also resistant to water, ensuring the product's longevity.

Design and Aesthetics

The distinctive graphic pattern visible on the men's Nike Multi Print 5" Volley swim shorts adds a unique style to them. These shorts are perfect for individuals who enjoy standing out and at the same time appreciate practical solutions. This pattern is not only visually appealing but also durable, guaranteeing that the shorts will maintain their appearance for a long time.

Ecological Approach

The men's Nike Multi Print 5" Volley swim shorts are made from environmentally friendly materials. The use of recycled polyester reflects the manufacturer's care for the environment. This conscious approach to clothing production contributes to reducing the impact on the natural environment, which is increasingly valued by consumers.

Men's Nike Multi Print 5" Volley Swim Shorts - features:

• Made from polyester and elastane for durability and flexibility;
• Cut that ensures comfort of wear;
• Quick-drying material enhancing wearing comfort;
• Practical pockets increasing functionality;
• Lining made of polyester containing 50% recycled materials providing additional comfort;
• Graphic motif adding a unique style;
• Durable pattern guaranteeing long-lasting appearance;
• Ecological approach utilizing recycled materials.