The Difference Between Photo Paper, Plain Paper and Laser Paper
We have all tried at a time in our lives to print the highest quality image on the plain printer paper or laser paper printer. While the paper do accommodate well with the image, the outcome seemed likely to be poor. This had to do with the variance in structure between these three kinds of paper.
PHOTO PAPERS - are separated into two major kinds. One type has the barrier coating that is normally the superior premium microporous grade of paper and the one with no barriers that have the inkjet in receiving layer laid straight onto the paper. The final are typically the cast coated paper with a matt high resolution paper. The cast coated paper has inferior quality when compared to the microporous kind.
The barrier layer that is accessible in the microporous variety is to end an ink from running into the other part and to add the stability to a paper. This is a slim polyethylene coating on metal parts of the paper. On one side there is the receiving inkjet coating above which is the microporous kind of coating.
PLAIN PAPERS - in printer is the uncoated one, which means that the moment you print a saturated image, the surface will not have the ink and it will bleed to the other part or side. As an outcome, you will get a wave like shape and the short of finishes makes an image appear dull.
Moreover, the lack of coat creates a print that is susceptible to smuggling also the lightweight paper gives a cheaper feeling and look. It is really styled to adjust the plain text or make use of it as copier paper instead of images paper. If you still use it in print a photo, the photo will fade rapidly and will become yellow because it has no keepsake asset.
In the RECEIVING LAYERS as it is being called within the world of professional might include micro pores and cast coated.
Nano and Micro Pores – this is the receiving layer that is used in coating professionally grade premium paper in which color definition and durability are high priority. Not like with cast coated wherein the ink just sits on its surface, and in this instance, it is driven in microscopic pores creating an automatic dryness. It is accessible in glossy photo papers, pearl finish and satin and works wonderfully with pigment inks and dye.
Cast Coated – the budget photo papers are using cast coated receiving layers. When it printed on, its ink sits on the surface when it uses pigment inks, but it penetrates really well when the dye based ink is used here. Thus, with the heavy pigment ink case being used, the image will smear if being stroked on when freshen out of a printer. The latest generation of a European made Cast coat photo paper has enhanced with its compatibility with the pigment inks, however, this is not as fine as these microporous photo papers.
Because of the cast coating procedure, this is only accessible with a glossy final touch. It works extremely well with the dye inks, but is lesser with the pigment inks.
LASER PAPER – in printers are the kind of specially coated paper which is a heat-treated for it to withstand the scorching heat level of the laser that fuses polymer toner to the paper. The toner fuses to a page to make the image and the text you want to produce onto the paper. The procedure will give sharp images and an easy or a readable text.
Reference:
Einst Urown, Thermal Printers, 2019