Mares Rashguard Shield Kid magenta children's swim shirt (412464)

Children's swimming t-shirt Mares Rashguard Shield Kid magenta is the perfect choice for young water adventure enthusiasts. Made from recycled polyethylene terephthalate (R-PET) and elastane, it offers excellent sun protection and comfort while wearing. The short sleeve and exceptional properties of the materials make the t-shirt not only functional but also environmentally friendly.

UPF 50+ protection

The children's swimming t-shirt Mares Rashguard Shield Kid magenta has been designed for the highest level of protection against UV radiation. With a UPF 50+ filter, it provides an effective barrier protecting children's skin from harmful sun rays. This is a key element of the wardrobe for every young explorer spending time at the beach or in the water.

High-quality materials

The use of recycled polyethylene terephthalate (R-PET) and elastane in the production of the Mares Rashguard Shield Kid magenta t-shirt guarantees its durability and flexibility. These materials ensure that the t-shirt fits the body perfectly, without restricting the child's movements while playing in the water. Additionally, the polyester provides quick drying, enhancing user comfort.

Ecological approach

The children's swimming t-shirt Mares Rashguard Shield Kid magenta is an example of a responsible approach to clothing production. The use of recycled polyethylene terephthalate (R-PET) is a step towards sustainability and environmental protection. This way, parents can be sure that by choosing this product, they support ecological solutions aimed at protecting our planet.

Children's swimming t-shirt Mares Rashguard Shield Kid - features:

• High UV protection thanks to UPF 50+ filter;
• Made from recycled polyethylene terephthalate (R-PET) and elastane;
• Regular fit cut ensuring comfort and freedom of movement;
• Flexible materials providing an excellent fit;
• Quick-drying material increasing user comfort;
• Short sleeve ideal for warm days;
• Responsible production approach using R-PET.