Flora Crewneck Unisex
One of our latest designs and we're loving this unisex Flora Crewneck. A simple abstract floral pattern on this classic washed black crewneck.
- Soft-washed garment-dyed fabric
- Designed by artist Grace Estrada
- Color: Night (vintage washed black tone)
This fabric is one of our thicker pieces- we love the weight of the cotton and the soft interior.
This crewneck will wear like your favorite vintage concert shirt- think... the shirt you got 10 years ago that gets softer and edgier as the years pass. We use non-toxic pigment water-based inks which are better for the environment but will "fade" slightly after washing. We feel this adds to the vintage charm of the piece. Other company's garments use plastisol ink, with feels like- well, plastic! The print feels stiff and uncomfortable- our water based inks allow the design to feel soft and well lived in.
Our pieces are printed one-by-one please note pieces may have minor variations in color, texture, image placement and ink deposit.
Hannah is 5' 3" and wearing a size small but can also wear medium for a looser fit. Size small pictured here.
9.5 oz., 80/20 ring spun cotton/polyester
80% Cotton 20% Polyester
Sewn in China Designed Printed in the USA
This sweatshirt is individually dyed. Due to the nature of garment dyeing fabric color may bleed or fade after wash. We recommend washing separately the first time and washing in cold water will give this garment a longer life.
Machine wash separately normal cycle only
do not bleach tumble dry low
do not iron design
We recommend washing these garments only with like-colored garments, as some of the pigment dyes may stain light or white colored garments in the wash cycle.
Washing the garments in cold water will reduce the possibility of staining.
If it says pre order next to your size this means it is currently out of stock but in production. When you purchase this variation you are reserving a unit and it will ship when it is available / this item will ship end of February 2021 for pre orders based on production due to COVID delays.