Sand Cloud Baga Gauze Slip Dress
Pickup currently unavailable at Whitfield & Co
Description
Sand Cloud Baga Gauze Slip Dress
Light as a summer breeze and styled with understated elegance, the Baga Gauze Slip Dress is a thigh-length slip crafted from billowy 100% organic cotton gauze with adjustable shoulder straps for a custom, flattering fit. It's the effortless piece that goes from beach to bar without a second thought — a refined gift for the woman who values both comfort and intention in her wardrobe.
Product Details
- Material & Finish | 100% Organic Cotton Gauze; billowy, breathable drape
- Dimensions | Relaxed fit, Small/Medium; body length HPS 29.5", chest width 19.75"
- Color & Style | Black; minimalist slip silhouette with adjustable shoulder straps
- Care Instructions | Machine wash cold, lay flat to dry
Perfect For
- Birthday gift for her / Resort wear gift / Minimalist fashion lover gift
- Beach cover-up, casual vacation dressing, and coastal evening wear
- The organic fabric enthusiast, minimalist style lover, or wellness traveler
Pairs Well With
- Sand Cloud Falta Gauze Hooded Poncho for a complete organic cotton resort set
- Minimalist and coastal-styled resort and outdoor settings
- A curated gift set with organic skincare and a Sand Cloud beach towel
Return Policy
Shipping Policy
Orders will be processed in the order they are received. Processing may take up to 2-3 business days.
Shipping charges are based upon weight and box size or carrier standard pricing.
Orders placed on Saturday or Sunday will ship the following Monday or Tuesday.
Ground delivery to Hawaii and Alaska may take up to 10 days to be delivered.
Shipping is only available to USA addresses at this time.
An email will be sent to you with tracking information once the package has been picked up.
As noted in the return policy, return shipping costs are at the expense of the consumer.
Note: Whitfield & Co. is not responsible for shipping delays due to unforeseen local disruptions such as natural disasters or severe weather or disruptions due to the specific carrier.


