Cela Printed Blouse
Cela Printed Blouse
Dark Olive Polka
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Fits true to size, we suggest ordering your usual size.
Pretty, easy and great for instantly elevating an outfit, the Cela Blouse is brilliantly hard-working. In dark olive with cream spots, it goes with trusted classics like black trousers and indigo denim and will also work with white jeans. Crafted in responsibly-sourced crepe, its drapey fabric is topped with a frilly collar, gathered sleeves and shirred cuffs. Our favourite detail is the rouleau loop button fastenings.
- Made in Europe
- Crafted in viscose crepe
- Easy fit
- Button down
Sustainable Attributes:
Low Water Use
Natural fibres
Ethically made
Low Carbon
Read about the fabric and care of this garment here
Read about our Baukjen Sustainability Index here
Discover our factories here
100% Viscose
Delicate Machine Wash - 30°
Product code: SH40369-DLK
Back shoulder at neck to hem - 65.5cm (25 3/4")
Sleeve length - 57cm (22 1/2")
Click here for more sizing informationDelivery
- Economy Delivery (4-7 working days) - FREE for UK orders over £99 (normally £3.95)
- Standard Delivery (2-4 working days) - £4.95
- Next Working Day Delivery (order before 2pm Monday - Thursday) - £6.95. Excludes Weekends and Bank Holidays.
- International Delivery to over 120 countries available
To find out more about all delivery information and timescales, click here.
Returns
Naturally we hope you’ll LOVE your purchase, but it’s alright to change your mind. We offer full returns on all unworn items returned with tags.
View the complete Returns Policy here.

68%
What
We rate each product on its environmental and social impact. The higher the score (1 to 100), the more sustainable a product is for the planet and its people.
How
We measure our positive impact as accurately as possible by using secondary Lifecycle Analysis data combined with reports from our suppliers. This data is science-based and relies on independent databases, to ensure its reliability.
Read more here.
Baukjen Sustainability Impact
Global Warming
70%
Water Use
86.7%
Resource Depletion
53.3%
Eutrophication
70%
Use of Chemicals
70%
Traceability
70%