About this Product
This is a OOAK handmade tie dye t-shirt made with a Dancing Robin blank. Dancing Robin tees are incredibly soft, generously sized and are 100% cotton. I use procion fiber reactive professional dyes and the shirts are prewashed and then washed twice after dying. The purple and green swirl blends beautifully. The shirt runs large by about one size. This large fits more like an extra large.
Get your groove on! Whether it is for a festival, music event or running around town, this far out design will have you smiling all day. These shirts make GREAT GIFTS for birthdays, Christmas, retirement party or other special occasions.
Everything old is new again and tie dye is no exception. Tie dye dates back thousands of years from various cultures. This design is more associated with the 60's hippie movement, but it is also a classic look. I have sold shirts for those 2- 92, people of all ages love to feel good and express their love of life with tie dye!
I recommend washing with like colors in cold water and tumble dry on low to maintain the vibrancy of color. The 100% soft cotton only gets softer the more it is worn. It will soon become your favorite tee!
Hippie Hollow Creations
Meet the Maker
Hi, I am Monica Polinsky, the Chief Bottle Washer at Hippie Hollow Creations where we create beautiful, one of a kind tie dye designs. My husband and I strive to use the best dyes available for long lasting bright colors in our products. We live a simple life, at the end of a long dirt road in the Southern Appalachian foothills. This is truly a kitchen table business and our colors are mixed in small batches to ensure the best results. We enjoy hanging out, making arts and crafts, playing with our 4 dogs and/or our 4 grandkids.
How it’s Made
I create all of my t shirt designs literally at my kitchen table, small batches one at a time. I use professional procion fiber reactive dyes on preshrunk/prewashed tees. After dying, I wash the tees in a professional garment detergent to ensure color fastness and guard against shrinkage.