Children's winter hat Rossignol Jr Indigo tea rose (RLNYH05)

The Rossignol Jr Indigo tea rose children's winter hat provides effective thermal protection during cold days on the slopes and beyond. This model combines warmth, breathability, and durability thanks to carefully selected materials and modern technical solutions.

High insulation acrylic material

The Rossignol Jr Indigo hat is made from acrylic material that effectively retains heat and ensures thermal comfort even in low temperatures. The acrylic knit has excellent resistance to deformation, which helps maintain its original shape throughout the season. As a result, this model retains functionality and aesthetics during everyday use on the slopes.

Breathability and user comfort

The use of durable acrylic material combined with its design provides high breathability, essential during intense physical activity. The Rossignol Jr Indigo model ensures the removal of excess moisture from the child’s skin, resulting in a dry and comfortable environment inside the hat. The special weave structure further enhances comfort for long hours of wear.

Durability in winter conditions

The robust material used in the Rossignol Jr Indigo model allows the hat to perform excellently under intensive use in difficult winter conditions. The abrasion-resistant acrylic protects against mechanical damage caused during snow play and skiing. Thoughtful selection of materials guarantees the reliability and durability of the product throughout the ski season.

Rossignol Jr Indigo tea rose children's winter hat - features:

• Made from durable high insulation acrylic material;
• Effectively retains heat in low temperatures;
• Technology ensuring good breathability during activity;
• Resistance to deformation and abrasion in winter conditions;
• Comfortable material weave for everyday wearing ease;
• Provides a dry environment by wicking moisture away;
• Designed for active boys during the winter season;
• Ideal for skiing and snow play;
• A modern combination of warmth and material durability.