THERM-O-TYPE Freedom Foil Process has been introduced. This new process
is an extremely important foil fusing development that will be useful to
the graphic arts industry.
Using the Freedom Foil Process, foil text and/or graphics can be applied
as a separate layer over complex background graphics without the need for
dies. This process works with a very wide range of stocks that would normally
be unsuitable for foil fusing.
To use the Freedom Foil Process, background images are printed on paper
using offset, ink jet or toner. The background must NOT include foil image
areas or knockouts for foil image areas.
After the background has been printed, the sheets are laminated using one
of three types of special Freedom Foil laminating films (see additional
information on Freedom Foil laminating films below).
Excess Freedom Foil laminating film is then carefully trimmed from all edges
of the sheets.
After trimming, sheets are run back through the laser printer to apply toner
over the laminated film (please follow instructions included with the film).
Sheets are then run through Foil-Tech or FT-10 equipment where foil is fused
to the toner image areas on top of the laminating film.
This process is ideal for designers, small quantity hard and soft cover
books, greeting cards, business cards, tickets, post cards, and many other
products which combine background text and graphics with foreground foil
image areas.
Freedom foil samples are available from THERM-O-TYPE.
Please read all disclaimer information before using the Freedom Foil Process
and Freedom Foil laminating films. Disclaimer information can
be found on the top of the Freedom Foil Process page at www.thermotype.com.

Small soft cover perfect bond books have become
popular
products. Adding foil to these covers is easy
and inexpensive
using the Freedom Foil Process.
Freedom Foil Laminating Films:
THERM-O-TYPE offers three types of laminating film that have been especially
developed to work with the new "Freedom Foil Process."
Matte and gloss finish, 1.2 mil "PermaFoil" films provide excellent toner/foil
adhesion and good scratch resistance. PermaFoil films are ideal for book
covers, business cards, greeting cards, post cards, box covers and many
other applications.
A 1.5 mil thick, gloss finish "Scratch Off Film" is also available. Scratch
Off Film allows foil to be fused over underlying text and/or graphics. Foil
fused over Scratch Off Film transfers cleanly and bonds well to the film.
The toner/foil applied to the Scratch Off Film have excellent adhesion characteristics,
however the toner/foil can be scratched off using a fingernail, coin, etc.,
leaving the surface free of the fused toner/foil topcoat.
Freedom Foil laminating films have several important characteristics.
First, they have excellent adhesion over a wide range of surfaces, most
importantly, over most inks and toners.
Second is the ability to run the laminated sheets back through most laser
printers. This requires a special heat tolerance and a surface chemistry/finish
that will allow toner to bond to the laminated film.
Foil Fusing over scratch-off film
Third, the surface chemistry/finish of the film must be "non-reactive"
to the foil fusing process. This assures that the film will not be
damaged by the fusing process and that foil will stick to the toner on
the laminating film without sticking to the laminating film itself.
Last is the surface chemistry/finish of the film and how it affects
adhesion of the toner and foil to the film. In most cases, this adhesion
needs to be as permanent as possible, in special applications, the
toner/foil needs to have good adhesion AND excellent scratch off
characteristics.
Currently, all three types of Freedom Foil laminating film are available
in 12" wide by 500' rolls on 1" cores. Gloss and matte PermaFoil films
are also available on 3" cores. Custom roll and core sizes are available
as a special order.
Please read all disclaimer information before using the Freedom Foil
Process and Freedom Foil laminating films. Disclaimer information can be
found on the Freedom Foil Process page at www.thermotype.com.
