Children's thermal underwear set Reima Taitoa birch beige (5200030D-0423)

Reima Taitoa birch beige thermal underwear set for children is a functional solution designed with the comfort and thermal protection of the youngest in mind. The use of materials such as artificial silk (Lyocell), polyamide, and merino wool provides optimal insulation properties and breathability, which is crucial in variable weather conditions.

Thermal properties

The Reima Taitoa thermal underwear set utilises the natural properties of merino wool, which is responsible for effective moisture wicking from the skin's surface. This material helps to keep the skin dry, which is important during physical activity. Additionally, the presence of artificial silk (Lyocell) contributes to softness and comfort, minimising the risk of irritation.

Construction and fit

Reima Taitoa birch beige thermal underwear set for children features long sleeves and legs, providing full coverage and additional protection against the cold. The round neckline makes it easy to put on and take off, while the flexible material construction allows for freedom of movement, which is essential during play and activities for children.

Durable and functional materials

The Reima Taitoa thermal underwear set combines the durability of polyamide with the natural properties of merino wool. Polyamide increases resistance to abrasion and extends the product's lifespan, which is beneficial for everyday use. All materials used are carefully selected to ensure comfort and functionality on a daily basis.

Reima Taitoa birch beige thermal underwear set for children - features:

• The use of merino wool supports body temperature regulation;
• Artificial silk (Lyocell) adds softness and wearing comfort;
• Polyamide increases durability and resistance to mechanical damage;
• Long sleeves and legs provide full protection against the cold;
• Round neckline facilitates everyday use;
• Flexible material construction allows for freedom of movement;
• Contains up to 50% merino wool to support thermal properties.