Men's swimming briefs TYR Durafast Elite Riptidal Briefs teal/orange (B13037_435)

The TYR Durafast Elite Riptidal Briefs for men are designed for intensive pool training and high resistance to chlorination. Utilizing advanced Durafast Elite™ technology and a selected blend of synthetic fibres, this model offers a precise fit and complete freedom of movement while swimming.

Material: polyester with elastane

The fabric used in the TYR Durafast Elite Riptidal Briefs combines 94% polyester and 6% elastane, ensuring high resistance to stretching and deformation. The material structure provides quick moisture wicking and effective protection against elasticity loss. The carefully selected fibre ratios maintain the perfect fit even with prolonged use in chlorinated water.

Durafast Elite™ technology

The innovative Durafast Elite™ technology enhances the durability of the briefs' construction and ensures intense colour saturation even after numerous uses. The properties of the technology translate into increased fade resistance and effective protection of the fabric structure from aggressive chlorine exposure. This technology allows the product to retain its original look and high functionality for a long time.

Comfort and freedom of movement

The tailored cut of the briefs and the stretchiness of the material ensure that the TYR Durafast Elite Riptidal Briefs provide complete freedom of movement during every swimming style. The elastic fibres contribute to a stable fit without discomfort or restriction. The optimised design guarantees comfort during both competitions and daily training.

TYR Durafast Elite Riptidal Briefs for men in teal/orange - features:

• Blend of 94% polyester and 6% elastane increasing resistance to stretching;
• Durafast Elite™ technology protecting against colour fading;
• Synthetic fibres resistant to chlorine exposure;
• Highly elastic material providing a body-hugging fit;
• Fitted cut minimising drag in water;
• Material stability even with intense use;
• Protection of the fibre structure against loss of elasticity.