RAINBOW LINES - Heat Transfer Foil
Regular price $1.25
Heat Transfer Foil
★Metallic finish for a fashionable effect on any garment or promotional piece
★Not recommended for use as a base layer in multi-color designs
★REQUIRES an Adhesive Sheet or Plastisol Ink to work properly
★Four different decorating techniques
Notes for Use
★ Recommended Fabrics: Cotton, Polyester, and Poly/cotton blends
★ Cut design out of Adhesive Sheet (mirror design and cut with dull side (adhesive) up and shiny plastic (carrier sheet) down
★ Weed design
★ Press Adhesive Sheet for 3-5 Seconds with LIGHT pressure
★ Use Temperature of 300 degrees F
★ Peel carrier sheet hot (immediately)
★ CAREFULLY place foil over the Adhesive design and make sure it is completely covered
★Place a cover sheet over design
★Press foil for 8-10 seconds with FIRM pressure
★Use Temperature of 300 degrees F
★Wait until completely cool to remove foil
Alternate Design Methods
Matte Finish – A second application will give the foil a less mirror-like, more matte finish. After your initial application, let cool, peel the transfer foil away and place the garment under the heat press again using a cover sheet.
Distressed – Crumple the foil and then heat apply. The result is a custom “crackle” finish that’s still shiny and reflective. The more crumpled you make the foil, the more distressed the look.
Multi-Color Effect – Apply the distressed foil as usual. Once it’s cool, peel back the foil and apply a different color piece of smooth foil to fill in the voids. You can also cut the foil into pieces and layer them on top of the adhesive to make a multi color effect without distressing.
Colors may appear different than actual colors based on screen and monitor settings.
Actual sheets may vary +/- 1/4" in size.
Always perform a test cut. If multiple sheets are purchased, they will come as individual 12x12 sheets.
We are not responsible for issues with equipment, settings, or other errors.
Please visit http://howto.smahsinginkvinyl.com for additional information about using these materials.