Clementine Recycled Quilted High Neck - Red Ochre
Clementine Recycled Quilted High Neck
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One tree planted per order
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Austria
Our shipping to the EU is inclusive of customs duties and import taxes, meaning no unwanted surprises when you're expecting your delivery - we've got you covered.
Order ValueServiceCostShipping TimesUnder 90€3-5 Working Days8,95€3-5 Working Days90€ and over3-5 Working DaysFREE3-5 Working Days
Any1-2 Working Days Express Shipping (if ordered before 3pm) - DHL*24,95€1-2 Working Days*Signature required
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Returns from Austria
You have 60 days from the order date to return product(s) bought directly from us.
You're welcome to return any item bought directly from us, so long as they are in the original condition; unworn, new condition and the swing tags attached.
We're paper-free, so don't include a returns form with your order. These are not needed for your return, however if you choose or need to use your own courier, please include your RMA number within or on the parcel.
As we do not offer exchanges, simply return any unwanted item(s) for a refund and place a new order at passenger-clothing.com for your replacement item(s).
Click here to start your return
Overview
Overview
The High neck version of our popular Clementine is an easy wearing road trip essential crafted in an organic and recycled cotton blend.
Specifications
Specifications
- High neck lined sweatshirt, quilted throughout. Garment Dyed for a vintage feel, some natural colour highs and lows may occur.
- Rib cuffs and Hem and front patch pockets for your everyday essentials.
- Recycled care label.
- Branded woven label.
- Cut in our Easy fit.
- Length: 64cm (Size: Small)
- SKU: W-SW-Q8SDD-8206-XS
Materials
Materials
- 50% Recycled 50% Organic Looped Back Cotton 280g with 100% Recycled Polyester 40g wadding.
- This fabric is made from our Recycled and Organic Cotton blend, designed to be durable whilst leaving the smallest footprint. Organic cotton cuts out harmful chemicals and reduces water consumption, whilst recycled cotton repurposes existing materials, preventing unnecessary landfill waste.