Quiksilver Surfsilk men's shorts Tijuana 19" black (EQYBS04779-KVJ6)

Men's Quiksilver Surfsilk Tijuana 19" black swim shorts combine modern technology with environmental care, offering advanced solutions for active users. Made from recycled polyester and elastane, they provide high elasticity and freedom of movement during swimming and beach activities.

Eco-friendly materials and technologies

The Quiksilver Surfsilk Tijuana 19" features a fabric composed of 88% recycled polyester and 12% elastane, supporting environmental protection while maintaining full functionality. The entire product is made using 100% PFC-free technology, meeting modern standards of ecological responsibility. The shorts are also free from perfluorocarbons, minimising their impact on the natural environment.

Design ensuring user comfort

The elastic waistband with adjustable drawcord allows for a precise fit, enhancing comfort during intense movement. The quick-drying fabric effectively wicks away moisture, providing comfort both in the water and on land. Practical pockets enable convenient storage of small items during an active day at the beach.

Functionality and freedom of movement

The Quiksilver Surfsilk Tijuana 19" shorts are designed for complete freedom of movement, allowing unrestricted enjoyment of water activities. The optimised construction supports dynamic swimming and all-day comfort. This model is suitable for both swimming training and recreational water fun.

Men's Quiksilver Surfsilk Tijuana 19" black swim shorts – features:

• Made from 88% recycled polyester and 12% elastane;
• 100% PFC-free technology ensuring full compliance with ecological standards;
• Elastic waistband with adjustment for a personalised fit;
• Quick-drying fabric enhancing comfort after leaving the water;
• Free from perfluorocarbons to reduce environmental impact;
• Pockets for storing small items at the beach;
• Relaxed fit providing full mobility during movement;
• Suitable for both intense training and recreational swimming;
• High resistance of the material to chlorine and salt water.