Teva Hurricane Verge women's sandals black (1121535)

Teva Hurricane Verge black women's sandals are an excellent choice for active women seeking comfort and versatility in their everyday lives. Made from durable fabric, they ensure wearing comfort even during prolonged use. The reliability and style of this model make it the perfect companion for various occasions, regardless of weather conditions.

Innovative technologies

Teva Hurricane Verge black women's sandals utilise advanced technologies that enhance user comfort. The Repreve™ technology used in the production of materials ensures durability and is environmentally friendly. Meanwhile, the Quick Dry technology guarantees fast drying, which is extremely useful in humid conditions. Additionally, the EVA foam sole provides lightweight and appropriate cushioning.

Functional design

Teva Hurricane Verge black women's sandals feature a practical solution in the form of Velcro straps, which allow for quick and easy fitting to the foot. The rubber outsole provides excellent traction on various surfaces, increasing safety while walking. The design of the sandals is thought out to ensure maximum comfort and support for the foot.

Ecological approach

Teva Hurricane Verge black women's sandals stand out for their ecological approach to production. The use of recycled materials in the manufacturing process highlights the Teva brand's commitment to environmental protection. This conscious approach to sustainability means that by choosing this model, you can enjoy comfort while also positively impacting the world around you.

Teva Hurricane Verge women's sandals - features:

• Made from durable fabric that increases wearing comfort;
• Repreve™ technology ensuring durability and eco-friendly production;
• Quick Dry technology guaranteeing fast drying;
• EVA foam sole providing lightweight and cushioning;
• Velcro straps allowing for quick fitting to the foot;
• Rubber outsole providing excellent traction;
• Made from recycled materials highlighting the brand's ecological approach.