Beautiful and above all sustainable UV shirt in our exclusive color Dusty Rose with UV protection 50+.

The soft and elastic material means you are not restricted in your movements and can explore the world with ease. It also has UPV 50+ to protect your delicate skin from the sun and dries quickly so you can feel particularly comfortable in it.

Please remember to apply sunscreen to all uncovered parts of your body to protect them from the sun's rays.

The last pictures show how beautifully you can combine our UV shirts with our collection.

UV protection factor: 50+ tested at the Hohenstein Institute.

The protective clothing meets the requirements of EN ISO 13688:2013+A1:2021 (DIN EN ISO 13688:2022-04) - Protective clothing - General requirements - and Hohenstein test principle 2018/1, RevSta3 - SOP-QM 16.72.03.019 - Protection against natural UV radiation - taking into account EN 13758-1:2001+A1:2006 (DIN EN 13758-1:2007-03) - Protective properties against solar ultraviolet radiation - Part 1: Test methods for clothing textiles - (dry and wet).

This protective clothing meets the essential health and safety requirements of Regulation (EU) 2016/425, Annex II.

Instructions for use: This clothing only protects the area covered; other parts of the body exposed to natural UV radiation must be protected separately (e.g. by applying sunscreen, wearing additional PPE); special care is required in peripheral areas.

FarbeDusty Rose

Material: 92% Polyester (recycelt), 18% Elastan 

Washable with similar colors inside out and on a gentle cycle at a maximum of 30 degrees. Not suitable for tumble drying, do not iron. Hand washing is always recommended. The colors shown may vary depending on the settings and screen and may differ from the original color.

Sustainable UV Shirt - Dusty Rose - SALE (UPV50+)

€33,75 Sale Save
inkl. MwSt. zzgl.

tested at the Hohenstein Institute in Germany

with sun protection factor 50+

made from recycled and sustainable materials

fast drying

Free shipping from 50€ (DE)

with sun protection factor

made from recycled material