Digital printed heat transfer graphics for soft goods
A thermal transfer and process for producing it that provides a fully-digital printed heat transfer capable of little to no process changeover between different graphics. Specifically, the method comprises printing a digital image onto a treated adhesive substrate, applying the image side to a carrier substrate, then digitally cutting and removing substrate not containing graphic elements photographic quality, durable print transfers for the apparel and soft goods industry.
1. A heat transfer product, comprising:
a hot melt adhesive film comprising at least two stratified thermoplastic adhesive layers both composed essentially of thermoplastic hot melt adhesive and including a first adhesive layer that is toner/ink receptive and has a first softening point above 110° C., and a second adhesive layer having a second softening point below 110° C.;
a printed image printed on the first adhesive layer and configured to define one or more graphic images and/or text;
a protective layer comprising a transparent polymeric coating over the printed image;
a carrier paper adhered by a release liner layer to the protective layer.
2. The heat transfer product of claim 1 where the first adhesive layer is dry toner receptive.
3. The heat transfer product of claim 1 where the second softening point facilitates heat sealing to delicate soft goods at lower temperatures.
4. The heat transfer product of claim 1 where the printed image and the first adhesive layer elastically stretch up to at least about 2%.
5. The heat transfer product of claim 4 capable of elongating to 75% in at least one direction without cracking, speckling, or degrading when the graphic is applied to the clothing article or soft good.
6. The heat transfer product of claim 1 where the texture, patterning and or gloss level of the transfer surface can be modified during and after application.
7. The heat transfer product of claim 1 were at least one of the two adhesive layers comprises an opaque filler.
8. The heat transfer product of claim 7 where the filler is Titanium dioxide or carbon black, or a mixture there between.
9. The heat transfer product of claim 1 where the release liner layer from the carrier paper is the only form of protective coating.
10. A heat transfer product, comprising:
a hot melt adhesive film comprising a plurality of stratified hot melt adhesive layers all composed essentially of thermoplastic hot melt adhesive and each having a different softening point;
a printed image printed on one of said adhesive layers and configured to define one or more graphic images and/or text;
a protective layer comprising a transparent polymeric coating coated over the printed image;
a release liner layer; and
a carrier paper adhered by said release liner layer to the protective layer.
11. The heat transfer product of claim 10 wherein said hot melt adhesive film comprises at least two adhesive layers including a first adhesive layer that is toner/ink receptive, and a second adhesive layer.
12. The heat transfer product of claim 11 wherein said first adhesive layer has a first softening point above 110° C.
13. The heat transfer product of claim 12 wherein said second adhesive layer has a second softening point below 110° C.
14. The heat transfer product of claim 13 where the second softening point facilitates heat sealing to delicate soft goods at lower temperatures.
15. The heat transfer product of claim 10 where the ink-receptive first adhesive layer is dry toner receptive.
16. The heat transfer product of claim 10 capable of elongating to 75% in at least one direction without cracking, speckling, or degrading when the graphic is applied to the clothing article or soft good.
17. The heat transfer product of claim 10 where at least one of the plurality of adhesive layers comprises an opaque filler.
18. The heat transfer product of claim 17 where the filler is Titanium dioxide or carbon black, or a mixture there between.