SIDAS 3Feet Eco Winter Low ski boot inserts (CSE3FEWINTER24_LO)

The SIDAS 3Feet Eco Winter Low insoles have been designed with maximum comfort and foot support in mind for winter activities. This model is constructed using advanced, environmentally friendly materials that cater to the needs of conscious users and demanding weather conditions.

Advanced recycled materials

The SIDAS 3Feet Eco Winter Low model incorporates recycled materials that help to reduce the environmental footprint of the product. A key element is the use of polyester and EVA foam, which ensure appropriate flexibility and durability in low temperatures. The right combination of these materials enhances effective cushioning and optimal fit to the anatomical shape of the foot.

Design tailored for winter activities

The design of the insoles has been created for users seeking support during intense use in cool climates. The profiled layer of EVA foam effectively absorbs vibrations and distributes pressure across the surface of the foot. The use of synthetic polyester improves moisture management and maintains thermal comfort.

Ecological approach to design

The SIDAS 3Feet Eco Winter Low insoles align with the modern trend of sustainable production by utilizing recycled components. Each element has been selected to minimize environmental impact while maintaining functionality and durability. This solution is for those who value high quality and conscious consumer choices.

SIDAS 3Feet Eco Winter Low insoles - features:

• Use of recycled materials that reduce the environmental footprint of the product;
• Incorporation of EVA foam for optimal cushioning and resilience;
• Polyester layer enhancing thermal comfort and moisture management;
• Design tailored for winter activities and low temperatures;
• Profiling that provides proper anatomical support for the foot;
• Durability and flexibility of materials in winter conditions;
• Combination of comfort and protection while maintaining ecological solutions;
• Intended for active individuals requiring effective foot support;
• Ecological components in line with the philosophy of sustainable production;
• Appropriate pressure distribution across the entire insole surface.