She Got Mad Hustle DTF Transfer

Unleash your inner hustle with our She Got Mad Hustle DTF Transfer! This direct to film transfer can be pressed onto any color, even 100% cotton fabric, for a flawless finish. Take your designs to the next level and show off your mad hustle with every press!

YOU MUST USE A COMMERCIAL HEAT PRESS FOR ALL TRANSFERS SOLD IN THIS STORE.

A CRICUT EASY PRESS OR IRON WILL NOT WORK!

**This is a DTF (direct to film) Transfer Only

Heat your press to 320-330° F depending on your press. I have found the 330 F is my sweet spot. 

We recommend starting with a lower temp and going to a higher temp if needed. Some presses run hot, some have cold spots. We recommend testing your press in multiple areas with a heat gun and practicing with extra DTF (direct to film) transfers to find your "sweet spot."

Roll your garment with a fabric roller to remove as much lint as possible. Pre-press the shirt or material for 5 seconds before adding the transfer to remove moisture.

Lay the DTF (direct to film) transfer down flat with the ink facing the material. The image should be facing you.

Press with extremely heavy pressure for 30 seconds.

Remove from heat press and after 15 seconds peel the transfer film off of the shirt for a seamless peel.

Place substrate back onto heat press & cover the design with a Teflon sheet or Butcher paper.

Press for 30 more seconds to ensure the transfer has properly adhered to your substrate.

If the DTF (direct to film) transfer does not stick, put the transfer paper back down, and press for a few more seconds. DTF (direct to film) transfers not sticking are usually due to uneven heating across the press, not enough pressure, and/or not pressed long enough.

DTF (direct to film) transfers can be pressed onto any shirt material including cotton and polyester.

Nale & Ava LLC is not responsible for operator or machine error when applying screen print, DTF, or sublimation transfers. We recommend purchasing extra of each DTF(direct to film) transfer and practicing with your machinery, temperatures, pressure, and times before attempting your final product.