50 & FABULOUS RHINESTONE TRANSFER

What are Rhinestone Transfers?

Rhinestone heat transfers feature heat-activated adhesive with a flat back. With a bit of pressure and heat, you can transfer these pieces to your garments.

*What fabric can you apply Rhinestone to?

Rhinestones can be applied to light, dark, and black shirts and fabrics such as 100% cotton, polyester, nylon, fabrics, 50/50 blends and more. 

*Why you should buy TPG Rhinestone TRANSFERS?🤔

•Full color blinging rhinestones
•No rhinestones to arrange into a design
•Can apply transfer to cotton and any color shirts
•Can Make shirt in 15-20 seconds (just press and go)
•You can price your custom shirts at $30-$45 for rhinestone shirts because they are high quality
•All you need is a heat press and no expensive equipment

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 Rhinestone Transfer only . You will not receive a garment.**

Heat your press to 350° F

Set time to 15-20seconds

Set pressure to medium-heavy

cold peel slowly

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 transfer face up with the sticky side on the material. Be EXTREMELY careful with lining up your design as the film is sticky and can cause the rhinestones to move. If the rhinestones move, just lightly place them back into place.

These are very delicate transfers and have to be handled gently.

Press for 15-20seconds with medium to heavy pressure. 

Peel the film very slowly to ensure no rhinestones move during the process. 

Place parchment paper on top of the transfer & press again for an additional 15 seconds just to ensure the transfer adheres properly.

PRINT GODDESS LLC is not responsible for operator or machine error when applying screen print, rhinestone, DTF, puff, or sublimation transfers. We recommend purchasing extra of each transfer and practicing with your machinery, temperatures, pressure, and times before attempting your final product.