Helly Hansen women's H/H Slides eucalyptus / green mist slides (11715_484)

Women's slippers Helly Hansen H/H Slides eucalyptus/green mist provide comfort and quick drying thanks to the innovative technologies used in their construction. The use of recycled materials makes this model a thoughtful combination of comfort and environmental care.

Advanced Comfort Technologies

The Helly Hansen H/H Slides feature HH® Quick Dry technology, which ensures rapid moisture wicking from the foot's surface during use. The HH® Surround-Grip solution is responsible for stability and safety, guaranteeing confidence in every step, even on slippery surfaces. The HH® Comfort Insole foam in the outsole effectively cushions and enhances comfort during daily wear.

Eco-Friendly Materials and Durability

The upper of the slippers is made from a combination of polyurethane and recycled polyester, significantly reducing environmental impact. This model stands out for its use of recycled materials, which contribute to durability and resistance to moisture and dirt. High-quality materials ensure proper flexibility and adaptation to the shape of the foot.

Outsole Construction and Safety

The outsole of the slippers is equipped with Sportstyle anti-slip technology, which effectively increases grip on both wet and dry surfaces. The construction based on HH® Hover-Stride technology guarantees lightness and resilience while walking. The applied technical solutions contribute to stability and safety in everyday use.

Women's slippers Helly Hansen H/H Slides eucalyptus/green mist - features:

• Upper made of polyurethane and recycled polyester;
• HH® Quick Dry technology for quick drying;
• HH® Comfort Insole foam insert for improved cushioning;
• HH® Hover-Stride technology for lightness and resilience;
• Model using recycled materials for environmental protection;
• Moisture and dirt resistance due to selected materials;
• Construction ensuring stability even on slippery surfaces;
• Eco-friendly solutions confirmed by the use of secondary raw materials.