Rose Laminating Cincinnati Ohio

Pressure Sensitive Lamination

Pressure sensitive film lamination is normally used for printed substrates that heat cannot be used either due to the substrate or inks. For example, styrene, vinyl, acrylic, PVC, digital printed inks, silk screen printing inks etc.

Pressure sensitive film adheres to the substrate by pressure instead of heat.

TYPES OF PRESSURE SENSITIVE FILMS: floor graphic films, vinyl, polyester, dry erase, foils, holographic, barrier films, pre-mask, outdoor films, etc.

Finishes can be neutral, dull, gloss, colored, textured, reflective etc.

Most pressure sensitive films come 54” - 60” in width. We can slit in line to whatever meets the sheet size we’re given. When determining sheet size, it is best to utilize the web width to eliminate as much waste as possible.

We can do up to 60” wide and 120” in length with pressure sensitive film.

Pressure sensitive films can be done one side or both sides. We need at least 1/2” on all 4 outside edges for gripper/guide space (more space is even better on larger sheets). The film will go past the image area but not hang off the edge so that there is nothing to impede good registration when final trimming.

It is much more difficult to do an edge seal with pressure sensitive film, but it can be done. It will depend on the thickness of the substrate and the film used.

Large granular powder leaves “pits” in soft vinyl. Even if the powder is wiped off, the pits remain. Depending on the type of film and how large the pits are, the adhesive may not fill in all the pits, leaving a small air hole.

Also, if the ink is not completely dry when the powder is applied, the powder will dry in the ink and there is no way to remove it. This provides an uneven surface that you can see once film is laminated over it.

UNEVEN SUBSTRATES – It is important to use a substrate that does not vary in thickness to get good lamination results. For example – large sheets of PVC sometimes “dip” in spots and are not consistently the same thickness across the sheet. Because it is a very dense substrate, adding pressure does not always solve the problem. It can result in areas that the film does not touch on the substrate, leaving air in the sections that dip.



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