Ladies Euphoria L/S Show Shirt | White

Fitted and bi-stretch cut that provides maximum comfort
Dada Sport signature crossed officer collar for competitions. Micro-perforated and dense fabric to avoid transparency
Durable technical fabric with 78% recycled polyamide and 22% elastane (LycraR Xtra lifeTM).

Design
This long-sleeved shirt completes our range of competition shirts, offering a contemporary and elegant look for your competitions. Made from a micro-perforated fabric, it combines a modern riding style with optimal breathability. The dense fabric prevents any transparency, guaranteeing comfort and discretion. The fitted cut of this shirt is designed to perfectly fit the silhouette while offering great freedom of movement, thanks to the pleat in the back. The cuffs close with two snaps: a Dada logo snap, placed on the same cotton fabric as the collar and an invisible snap on the main fabric, for a discreet finish.

Manufacturing
Made in Portugal. Italian fabric.
This shirt is made from Econyl® recycled polyamide yarns for a more responsible approach, combined with Lycra® Xtra Life™ yarns to guarantee a long life for the garment. Its technical properties offer perfect UV protection, excellent breathability, good abrasion resistance and easy maintenance. An antibacterial treatment has also been carried out on the fabric during its manufacture and helps to limit the appearance of unpleasant odours.

Composition
78% recycled polyamide
22% elastane (LycraR Xtra lifeTM)

Size and maintenance advice
We recommend that you take your usual size. If you have any doubts, you can also ask us for advice by contacting us directly on the chat.

How to care for your Euphoria shirt so it lasts a long time?

It is a piece that is easy to maintain and dries very quickly.
We recommend machine washing inside out at 30°C maximum with a spin cycle of no more than 900 rpm.

The best thing to do is to let the EUPHORIA shirt dry on a hanger in the open air. Do not tumble dry or use dry cleaners. You can then iron it inside out at a low temperature.