Women's Hurley Plus Printed 4/3 mm Fullsuit java tropical swimming wetsuit (WFS0012433-731)

Hurley Plus Printed 4/3 mm Women's Wetsuit java tropical is the perfect solution for water sports enthusiasts who value comfort and functionality. Made from neoprene, the wetsuit fits the body perfectly, providing complete freedom of movement. Long legs and sleeves effectively protect against the cold, making this model an excellent choice in cooler conditions.

Front-zip Technology

The Hurley Plus Printed 4/3 mm Women's Wetsuit java tropical features a practical front-zip closure that makes it easier to put on and take off. This solution also enhances the watertightness and thermal comfort, minimising water entry. High precision in craftsmanship ensures reliability even with intensive use.

Optimal Wetsuit Thickness

The Hurley Plus Printed 4/3 mm Women's Wetsuit java tropical has a thickness of 4/3 mm, which guarantees adequate thermal insulation in temperatures from 8 to 11°C. The 4 mm thickness in the main body areas ensures optimal heat retention, while the thinner 3 mm areas allow for greater flexibility and freedom of movement. This comprehensive approach makes the wetsuit meet the demands of even the most discerning users.

Eco-Friendly Materials

Hurley cares for the environment, which is why the Hurley Plus Printed 4/3 mm Women's Wetsuit java tropical is made from recycled materials. This approach not only reduces the carbon footprint but also promotes sustainable development. It is an excellent choice for those who want to be more eco-friendly without sacrificing high-quality sports equipment.

Hurley Plus Printed 4/3 mm Women's Wetsuit - Features:

• Made from neoprene providing flexibility and comfort;
• Long sleeves and legs for better thermal protection;
• Front-zip closure for easy on and off;
• Wetsuit thickness 4/3 mm ensuring thermal insulation in cooler waters;
• Main wetsuit thickness of 4 mm for optimal heat retention;
• Usable temperature from 8 to 11°C for versatility;
• Recycled materials for greater environmental friendliness.