Men's Quiksilver Original Arch Hempstretch 18" Colonial Blue swim shorts (AQYBS03619-BQL0)

Men's Quiksilver Original Arch Hempstretch 18" swim shorts in colonial blue have been designed for water activities and maximum comfort during summer relaxation. The design features an advanced blend of materials combining recycled polyester, hemp fibres, cotton, and elastane, ensuring quick drying and freedom of movement while swimming and engaging in water sports.

Eco-friendly and advanced materials

The Quiksilver Arch Hempstretch 18" model uses a fabric made from 66% recycled polyester, 20% cotton, 8% hemp fibres, and 6% elastane, guaranteeing a combination of durability, flexibility, and proper breathability. The presence of recycled materials helps reduce environmental impact while offering high comfort. The natural hemp fibres in the fabric structure further enhance tear resistance and provide skin-friendly properties.

Design focused on comfort

The shorts are equipped with practical pockets that increase their functionality both during sports activities and everyday use. The adjustable waistband allows for a personalised fit, contributing to stability and comfort even in dynamic conditions. The quick-drying material and freedom of movement achieved thanks to the elastic fibres translate into comfort during every session by the water.

Men's Quiksilver Original Arch Hempstretch 18" swim shorts in colonial blue – features:

• Blend of recycled polyester, cotton, hemp, and elastane for optimal functionality;
• High content of recycled polyester reduces environmental impact;
• Construction with hemp fibres increases durability and thermal comfort;
• Elastic waistband with adjustable fit for personalised comfort;
• Quick-drying material practical for water sports;
• Freedom of movement thanks to appropriate elastane content;
• Equipped with practical pockets for small essentials;
• Suitable for water sports and everyday summer wear;
• No compromises between comfort and material durability;
• Eco-friendly approach evident in the use of recycled raw materials.