Men's swim trunks Funky Trunks Sidewinder Trunks fur elise (FTS015M7238330)

Men's swimming boxers Funky Trunks Sidewinder Trunks fur elise are designed for swimming enthusiasts who value comfort and durability. Made from high-quality polyester, they provide quick-drying properties, which is essential for an active lifestyle. Thanks to the use of recycled material, they are environmentally friendly, emphasising their modern character.

ECO C-INFINITY Technology

Men's swimming boxers Funky Trunks Sidewinder Trunks fur elise utilise ECO C-INFINITY technology. This innovative solution ensures enhanced durability of the material, which is ideal for those who frequently use pools and other bodies of water. The material is resistant to chlorine, ensuring that the boxers retain their properties and appearance for a long time.

High-quality materials

Men's swimming boxers Funky Trunks Sidewinder Trunks fur elise are made from 100% recycled polyester. This makes them not only durable but also eco-friendly. This material features excellent resistance to mechanical damage, which increases their lifespan even with intensive use. Additionally, polyester offers lightweight and flexibility, translating to freedom of movement while swimming.

Ecological approach

Funky Trunks focuses on ecological solutions, evident in the men's swimming boxers Sidewinder Trunks fur elise. Made from recycled materials, they are an example of how modern technologies can be combined with care for the environment. By choosing this product, you support sustainable development and waste reduction, which is important in today’s world.

Men's swimming boxers Funky Trunks Sidewinder Trunks - features:

• Made from high-quality polyester providing quick-drying properties;
• Use of ECO C-INFINITY technology enhancing material durability;
• Chlorine-resistant material ensuring long-lasting use;
• 100% recycled polyester increasing the eco-friendly value of the product;
• High resistance to mechanical damage extending the lifespan of the boxers;
• Flexibility of the material providing freedom of movement while swimming;
• Ecological approach supporting sustainable development and waste reduction.