CMP Eco Thalitha espresso women's flip-flops (3Q91016/Q946)

Women's CMP Eco Thalitha slippers in espresso are designed for users who value comfort and a modern approach to environmental protection. This model uses recycled materials, integrating eco-friendliness with everyday wearing comfort.

Eco-friendly construction materials

The upper is made from recycled textile material, which helps reduce the environmental impact while not compromising on durability and comfort. The interior of the slippers features a leather insole that ensures natural moisture wicking and a pleasant feel underfoot. Additionally, the midsole is made from cork, highlighting the eco-friendly character of the CMP Eco Thalitha model.

EVA cushioning technology

The outsole made from EVA foam effectively absorbs shocks while walking, guaranteeing a high level of cushioning on various surfaces. The use of this material results in a lightweight and flexible construction, enhancing comfort during everyday use. The slippers are designed to support the natural movement of the foot and reduce the feeling of fatigue even after many hours of wear.

Ease of use and slip-on design

The slip-on construction of the CMP Eco Thalitha slippers allows for quick and hassle-free putting on and taking off of footwear. This type of design is suitable for both everyday use at home and during short walks or relaxation outdoors. The combination of eco-friendly materials and a comfortable form is ideal for those seeking practical solutions for daily wear.

Women's CMP Eco Thalitha espresso slippers - features:

• Upper made from recycled textile material;
• Leather insole providing natural foot comfort;
• Midsole made from natural cork with cushioning properties;
• Outsole made from lightweight and resilient EVA foam;
• Slip-on design for easy wear;
• Eco-friendly approach through the use of recycled materials;
• Good cushioning ensuring comfort during wear;
• Model dedicated to everyday wear and relaxation;
• Modern technological solutions applied in the structure of the sole;
• Environmentally friendly materials reducing impact on the ecosystem.