Picture Mayoa silt green winter cap (B248)

Picture Mayoa winter hat in silt green is an excellent choice for colder days. It features a blend of polyester, wool, and elastane, which ensures optimal fit and wearing comfort. High-quality material components affect the durability and comfort of use, making the hat perfect for various weather conditions.

Polylana® – a modern solution

The Picture Mayoa winter hat in silt green is made from an innovative material, Polylana®, which combines the advantages of polyester and wool. By using 69% recycled polyester, this model is environmentally friendly while being extremely functional. Polylana® is a material that provides high durability and excellent insulating properties, making the hat ideal for everyday wear on winter days.

Comfort and flexibility

The Picture Mayoa winter hat in silt green, with its 2% elastane content, offers flexibility and a perfect fit to the shape of the head. This property ensures that the hat not only stays in place but also does not cause pressure, which is important during prolonged wear. The combination of materials guarantees thermal comfort while allowing the skin to breathe freely, increasing the comfort of use.

Ecological approach to production

The manufacturer ensured that the Picture Mayoa winter hat in silt green is environmentally friendly. The use of recycled materials is a step towards sustainability, which Picture prioritises. By choosing this hat, you support environmental protection and reduce your carbon footprint, which is important in today's times.

Picture Mayoa winter hat - features:

• Made from durable Polylana® material;
• Contains 69% recycled polyester;
• 29% wool in the composition for warmth;
• 2% elastane for flexibility and fit;
• Excellent insulating properties;
• Environmentally friendly due to recycled materials;
• Design allows for free skin breathing;
• Perfect for everyday wear on winter days;
• High-quality workmanship ensuring durability;
• Ideal for cooler days;
• Picture brand known for its ecological approach to production.