Men's swimming jammers TYR Alliance Splice black/blue (SALI1A)

Men's Swimming Jammers TYR Alliance Splice black/blue have been created for demanding swimmers seeking a combination of comfort and durability. Made from a blend of recycled polyamide (nylon) and elastane, they guarantee flexibility and an excellent fit to the body shape. The materials used in production are environmentally friendly, making them an ideal choice for eco-conscious individuals.

LYCRA® EXTRA LIFE™ Technology

Men's Swimming Jammers TYR Alliance Splice black/blue utilise LYCRA® EXTRA LIFE™ technology, which provides exceptional resistance to chlorine and durability of the material. As a result, the product is more resistant to UV rays and chemicals, significantly extending its lifespan. This innovative technology ensures that the material does not lose its shape or colour even after many hours spent in the pool.

Material Properties

Men's Swimming Jammers TYR Alliance Splice black/blue combine the characteristics of polyamide and elastane, which translates into their flexibility and wearing comfort. The recycled polyamide has quick-drying properties, making the jammers an ideal choice for intense swimming training. Elastane, on the other hand, ensures an excellent fit, translating into freedom of movement and maximum comfort.

Ecological Approach

Men's Swimming Jammers TYR Alliance Splice black/blue are made from recycled materials, reflecting the commitment of the TYR brand to environmental protection. The recycled materials used in production help reduce waste and promote sustainable development. This is a product that combines high performance with care for our planet.

Men's Swimming Jammers TYR Alliance Splice - Features:

• Made from recycled polyamide and elastane;
• LYCRA® EXTRA LIFE™ technology increasing material durability;
• Resistance to chlorine and UV radiation;
• Flexibility ensuring an excellent fit;
• Quick-drying properties of the polyamide material;
• Environmentally friendly due to recycled materials;
• Promoting sustainable development through recycled materials.