Inkjet printers use no heat or fusing process. The only heat that is
generated on thermal inkjet head printers, is to heat the ink to propel
it onto the paper, which doesn't heat the paper. The only issues with
paper choices for inkjet printers are:
Is the paper intact such that surfaces or glues, or other parts won't
flake off, or disintegrate during the printing or transport process?
Is the paper flexible enough to go through the paper transport if it has
to be curved or curled to get through?
Is the paper thin enough to clear through the paper transport? Is the
paper thick or rigid enough to get through the printer, and not get too
wet and soft, or bleed ink through the back?
Are the paper's edges straight and smooth enough to not get caught or
snagged on something along the way through the printer?
In terms of quality of the result:
Not all papers, even ones which claim "works with all inkjet printers"
will necessarily give the best quality print. Due to differences in ink
formulations (dye, hybrid, pigment, pigment and resin, etc), and the
technologies used in inkjet printers (Thermal versus piezo) papers react
differently. There is a reason why some inkjet brand papers do a better
job than generic papers, and it may take some experimentation to find
the right paper for your inks. Some papers will state the brands or
models or ink type that paper is recommended for, others, as stated,
will claim good for all but quality will vary with the printer you use.
Some papers will exaggerate banding, cause the ink to bead, not dry
correctly, may smear or the ink may transfer to the rollers in the
printer. Some papers will ripple, pucker, curl as they dry, cause
surface or gloss differential or bronzing between areas which have ink,
or certain color inks, and areas which do not. In general if you are
using OEM inks and use the OEM papers for that brand, they have been
tested or formulated to work together.
However, some at costly, and certain paper surfaces are not available
OEM so you may wish to experiment.
Papers with loose bonded fibers and which are uncoated and coarse
surfaces will tend to bleed considerably
Thin papers will tend to lack opacity which may make them not usable for
double sided printing. Lowering the amount of ink (by lowering
saturation and darkness or density adjustments in the driver) or by
using a profile for draft printing, or a profile for a plastic film may
use less ink than matte or plain paper settings.
Papers which have a true plastic coated or wax coated surface will
usually not take water-based inkjet inks, and they will bead up, smear,
or not dry at all or take a long time to do so.
Some inkjet specialized paper will has a seemingly plastic surface, but
it may actually be a swellable polymer (if you wet your finer and put it
on a corner of the paper and the paper sticks to your finger, it is
likely a swellable polymer type. Touching the paper with wet fingers
will ruin the area touched. It may also be a porous plastic which
allows the ink to go through the plastic surface and get locked into a
receptive ceramic or paper surface below it. Also, some papers are
coated with a very glossy ceramic surface which has very small pores in
it to allow the ink to enter a lower layer and get locked in and waterproof.
Some plastic films, some transparent, some translucent, and some opaque
white may have a special ink receptive coating on it. In general, films
of this nature which indicate they are for laser printers WILL not have
that coating and although they won't damage your inkjet printer, the ink
will not hold or dye on the surface. Such materials which are designated
for inkjet use should NOT be used in a laser printer, as the plastic
itself and the coating may both not be able to tolerate the heat the
laser fuser creates.
In general, standard bond papers, even those designated for inkjet use,
which are not coated on either side, can be used in both laser and
inkjet printers, as can most laser printer paper. Most "plain" papers
and card stocks which to not have other issues (too thick, etc) will
work in an inkjet printer, but the quality of the image will be
compromised due to "dot gain" or color bleeding.
In general, inks which use pigment colorants will hold the image
together better than dye colorant types with plain paper types.
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