Thermal Paper, Label Rolls / Bond Rolls.
We are experts at printing on paper and make the best thermal paper as well.
How carbon-less paper works:
This process was implemented back in 1952, by chemist Lowell Schleicher, Barry Green, working for the NCR Corporation as a biodegradable, stain-free alternative. It was also called No Carbon Required paper.
With carbon-less paper, the copy is produced by a chemical reaction between two different coatings generally applied to the front and back of a base paper, caused by pressure, typewriter, dot-matrix printers, or writing instruments.
The first upper-most layer, (CB) coated back consist of micro capsules containing colorless, but color-producing substance. When mechanical pressure is on these capsules, they burst a color-producing substance absorbed by the second layer (CF) coated front.
This CF layer consists of a substance that is reactive and also combines with a color release substance to produce the copy.
In the case of form sets with more than two sheets, another type of form sheet is required as a central page, which receives the copy and also passes it on the CFB, coated front and back.
Must be in the correct sequence CB, CFB, CF.
Multi sheet system:
For some applications, we can supply a paper that carries the color-producing substance micro-capsules, the color receivers in a single layer when pressure is applied.
For these reasons, self-contained (SC), can be combined with un-coated standard paper, as the upper top page.
If more than one copy required, then self-contained (SC/CB) paper is used.
If other than one copy is required, then self-contained (SC/BC) paper is then used.
Self-contained SB/CB has another color-producing layer of ink- releasing micro-capsules on the back, which produces copies on subsequent central and back pages.
Self-contained SC:
The micro-capsules contained in the SC layer burst under pressure when writing. Thus releases reaction fluid on the surrounded pigments. The color reaction takes place within this same layer.
On the front, this functions in the same way as SC. The extra layer of capsules on the back release reaction fluid onto the next middle sheet or bottom sheet.
Self-contained SC/CB:
It is different from thermal paper, as the single-ply, must be used with cash registers receipt printers and they have an ink ribbon.
Epson approved single ply, premium quality for sharp image, single copy, with no bleed.
The standard gsm, is 60gsm, 70gsm, 80gsm, bond paper quality.
Carbonless Paper Rolls 2 Ply, Receipt paper rolls, used in POS printers and credit card devices. Epson, Axiohm, Citizen, Hypercom, CBM, VeriFone, IBM sure-one, NCR, Star Micronics, and many other devices.
They print black images on the upper layer and blue on the bottom layer paper.
Most commonly used in the Pharmaceuticals industry, retail, and logistics.
76mm x 70mm x 13mm: Carbonless Paper Roll 3 Ply.
Carbonless Paper Roll 3 Ply, Receipt paper rolls, used in POS printers and credit card devices. Epson, Axiohm, Citizen, Hypercom, CBM, VeriFone, IBM sure-one, NCR, Star Micronics, and many other devices.
They print a black image on the upper layer and blue on the bottom layer paper. A copy obtained by the customer and businesses can also keep a copy for their accounting.
Most commonly used in pharmaceutical industries, catering, leisure, and hotels, etc.
The standard gsm, is 45gsm, 48gsm, 50gsm, 52gsm, carbonless, copy paper.
57mm x 57mm x 13mm: Self-Carbonized, Self-contained Paper Roll.
It’s a Self-carbonized paper roll, that is well known as a Self-contained paper roll, made from carbon-less paper on both layers. Showing a blue image on both layers, and used for Dot Matrix receipt paper and has no ribbon.
The (NCR) paper is a special kind of paper, with a unique coating, which creates a self-contained (SC), NCR sheet of paper.
It’s made, with both capsules and receiver coating on the same side of the single sheet. Thus, any sheet of paper can be a pressure image, and the SC sheet beneath will reproduce the image.
The standard gsm is 45gsm, 48gsm, 50gsm, Self-Carbonized paper.