Clear Matte Precoat from inkAID

Last year inkAID introduced a new product Clear Matte Precoat.  In the last couple of weeks I have been using the coating on a variety of surfaces. These surfaces include: recycled beverage cans, hand made bark paper from kozo fiber, hand made cheesecloth skins, metal mesh, pima tex cotton, organdy, lace paper, lutradur and recycled printers plates.  I tested it on surfaces next to inkAID's Semi Gloss Precoat, Pearl Iridescent and Type ll since these are my most used coatings.

Clear Matte gives a translucent, matte finish which allows the underlying image to show through. If you have a dyed or painted surface, the colors will show through on the print creating an overprint. Depending on how dark the colors are on the surface of the fabric or paper, you will see sections of the print or not.

What I found with my printing is that on porous fabrics such as organdy, the clear matte will give a slightly clearer print then the semi gloss.  When printing on metals and cans, it has a nice matte finish, but still allows the shade of the metal to show.  In some cases it is hard to see the difference between the coatings used.  I encourage you to try it on the surfaces that you like to print to see what you think.  It's always good to see how coatings perform on various surfaces.

As with all the inkAID coatings Clear Matte results in a quality print.  It has some adhesive in it, so it is safe to use on metals, but may show tracking with pizza wheels from some printers.  I had none of that going on with my prints.  Each print was professional quality with a clear bright image.  My printing was all created on my Epson 4800.  I printed the same image on all the surfaces so that it could be easily compared.

I loved the comparison of Type ll, Pearl and Clear Matte on the recycled beverage cans.  All 3 of these coatings created a beautiful print on the cans.  For more information on using inkAID products on fabrics and specialty papers see my workshop, "Getting Started with Digital Prints on Uncommon Surfaces."