Men’s swimming boxer shorts - Arena black blue CC
The lowest price in the 30 days before the discount was €33.00
Looking for comfortable, chlorine-resistant swimming boxer shorts for your regular sessions? These tick all the boxes!
Adjust the drawstring on the inside: secure fit guaranteed! These sporty-looking swimming boxer shorts are highly chlorine resistant.
BENEFITS
Anatomic design
Easy to adjust fitting around waist thanks to its drawstring.
Freedom of movement
Perfectly fits the shape of the body while letting you swim with ease.
Chlorine resistance
Arena MaxLife Eco fabric is chlorine-resistant
TECHNICAL INFORMATIONS
SWIMMING BOXER MATERIAL
MaxLife Eco is the latest generation of Arena’s most chlorine-resistant fabric for regular and intensive swimmers. It offers maximum resistance to chlorinated water.
Its construction is based on specially designed Polyester yarns, which give it elasticity and combine a perfect fit with excellent hydrodynamic performance
It also includes other features such as quick-drying properties and UV 50+ protection
BOXER-STYLE SWIMMING SHORTS
Minishort shape with 27 cm sides.
To swim freely, comfort is essential! Your swimwear should enable you to carry out your movements with ease. So take the time to choose the shape that suits you best.
With a front lining and an inner drawstring, this swimming boxer is ideal for those who prefer more coverage than trunks.
composition
composition
Main part: 100.0% Polyester
TESTS AND WARRANTY
Warranty
1 Years
Our Ecodesign Approach
Our ecodesign approach reduces the environmental impact of our products.
We’ve examined the environmental footprint of this product in order to identify how we can produce it in a more sustainable way. With this knowledge, our design teams were able to develop this product while significantly reducing its environmental impact.
Sustainable design measures implemented on this product.
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MaterialRecycled polyester
Product made from 97% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.