Dirik Color Block (Lapis Blue)

Features

Swim shorts Dirik Color Block feature a wide striped design. A graphic print is added to the front waist. These swim shorts offer an elastic waistband with an incorporated drawcord to enhance a personalize fit. Side seam pockets are combined with a slim welt back pocket. Inside, a mesh lining adds support.

Details

• Upper leg length
  
• Elastic at the waistband- drawstring
  
• Side seam pockets
  
• Welt pocket at the back- eyelets
  
• Mesh lining
  
• Graphic G-Star RAW print at the front waist

Material

Ohna Polyester Recycled
Compact woven sustainable fabric made from super fine 100% recycled polyester yarns. Dries quickly and feels soft.

• Fast drying synthetic
  
• Brushed finish, soft touch
  
• Outer:100% Polyester (Recycled), mesh lining: 100% Polyester (Recycled)
  
• Recycled polyester is produced from post-consumer or post-industrial waste materials such as PET plastic bottles and apparel. Material that would otherwise have been sent to landfill or to incineration.
  
• By giving discarded resources a new life we save raw materials, water, chemicals and energy. Preventing further extraction of a non-renewable resource.

Color
Lapis Blue

Washing Instructions

• 65-85°f normal process
  
• Do not bleach
  
• Do not tumble dry
  
• Line drying in the shade
  
• Do not iron
  
• Do not dry clean
  
• Wash inside out, Wash separately or with similar colours, Do not iron print, trims and accessories

Responsible Materials Ranking

It is our ambition to continuously improve the environmental impact of our products. This overview displays the composition of this garment and ranks the fibers (in the main fabric of the garment) according to their environmental impact. The categories were defined by combining existing industry tools and scoring mechanisms.

Polyester (Recycled): made from pre- or post-consumer plastic/polyester waste, of which PET bottles are the most common source. By giving discarded resources a new life we save raw materials, water, chemicals and energy.