Slazenger LYCRA® XTRA LIFE™ Boyleg Swimsuit Ladies - Green - UK 10

LYCRA XTRA LIFE is a special type of elastane fiber that is engineered to be highly resistant to chlorine damage, heat, and suntan lotions. It helps swimwear retain its shape and color up to 10 times longer than standard elastane.

The athletic boyleg cut and racerback design offer good support and minimize drag, making it suitable for lap swimming and training. For elite competition, specific FINA-approved suits might be preferred, but this is an excellent option for regular training.

It is recommended to rinse your swimsuit with fresh water after every use. Machine washing is advised after a few wears or if the suit has been heavily exposed to chlorine or saltwater, following the 40°C gentle cycle instructions.

While the LYCRA XTRA LIFE fabric offers enhanced resistance, prolonged exposure to the high temperatures and concentrated chemicals in hot tubs can still degrade the material faster than in a standard swimming pool. Rinsing immediately after use is crucial.

The 'boyleg' cut refers to a style of swimsuit bottom that extends down the leg to the upper thigh, similar to men's or boys' swim trunks but integrated into a women's swimsuit. It provides more coverage than a standard bikini or brief style.

No, the use of recycled polyester combined with LYCRA XTRA LIFE ensures that the swimsuit maintains high performance standards in terms of durability, stretch, and comfort, while also offering a more sustainable option.

Ensure the swimsuit is always rinsed thoroughly in cold, fresh water after each use. Avoid harsh detergents, fabric softeners, and high heat drying, which can degrade LYCRA fibers.

While LYCRA XTRA LIFE offers improved color retention, prolonged exposure to direct sunlight or excessive chlorine can still cause fading. Always dry the suit in the shade and rinse thoroughly after swimming.

Verify that the correct size has been selected. Ensure the swimsuit is rinsed and properly dried according to care instructions, as improper care can affect fabric properties.