Active Member
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[China]
Address: Room 113, No.159, ShuiNan Road, Fenkou Town,Chun'An County,HZ,CN
Contact name:Darren
Hangzhou Yobang import and Export Co., Ltd. |
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Canon printer cartridge pgi-35 cli36 cartridge Canon tr150 ip100b IP1 10 mini260 consumables
| Product Name: | printer ink |
| OEM Brand: | YES |
| Market: | USA, EUROPE, JAPAN, MIDDLE EAST |
DETAILS:
Applicable to Canon pgi-35 cli-36 (compatible cartridge)
Model: pgi-35bk cli-36c
Applicable printer: Canon PIXMA ip100 / ip100 with tr150 battery, mini260 / 320
Compatibility: Yes
Provide OEM processing, large quantity and negotiable price
Shelf life: 2 years
After sales: This product is a compatible consumable. If the product has quality problems, it can be returned and replaced. The round-trip freight is borne by our company.
Factory name: Zhongshan mengcai printing consumables Co., Ltd
After sales: This product is a compatible consumable. If the product has quality problems, it can be returned and replaced. The round-trip freight is borne by our company.
The factory mainly provides Epson Compatible ink cartridges, brother compatible ink cartridges, Kodak compatible ink cartridges, Canon compatible ink cartridges, Lexmark compatible ink cartridges, HP non leading ink cartridges, continuous ink supply system, OEM processing, large quantity and price concessions, which can be discussed in detail.
[package description]
The picture is only for model reference. The packaging is plastic sealed packaging + color box packaging, with shockproof ink clip inside. If it is not used, do not tear off the seal, and it can be stored for more than 2 years...
[quality assurance]
All ink cartridges are delivered through double inspection to ensure the quality. If there is a problem, return and replace it, so that you can buy it at ease and use it to your satisfaction! [after sales commitment]
1. The ink cartridge shall not be returned or replaced for reasons other than the quality of the ink cartridge (including poor printing effect caused by printer failure).
2. In case of product quality problems such as broken print line, dotted line, serious color deviation and machine recognition, please contact the shopkeeper and we will return and replace the goods
Usage: before installing this ink cartridge into the printer, remove the orange or black small bracket on the handle of the ink cartridge, and then tear off the Yellow brace before installing it into the printer, otherwise the ink cartridge cannot output normally after being installed into the printer.
INFORMATION:
What is Ink made of? It’s a simple question but has been asked countless times because there is no easy answer. The reason is simple; there are several ink types, and each one has its own unique property.
By definition, Ink is a fluid or viscous material used for writing, drawing, or printing to record information or transmit thoughts in semipermanent form.
History of ink
As early as 2500 B.C., the Egyptians had found a suitable material
to mark papyrus. This ink was composed of water-soluble natural
gums, glue, and water, or possibly an oil, with powdered animal or
vegetable charcoal as the coloring matter.
Learn more: Ancient Egyptian Ink
Modern inks have little in common with crude material of early times except for one remarkable similarity. All inks are intimate mixtures of a vehicle and a coloring matter, with other substances frequently added to impart unique properties.
The vehicle may consist of a solvent alone, but most are composed of a solvent and a soluble resin or another compound to form a varnish or of treated or untreated oils. The coloring matter is a mixture of pigments or dyes.
Writing Inks
Writing inks must have unique characteristics to function
correctly. These may be summarized as clarity, easy flow, stability
in glass, very little odor, intense color, and tackles film on
drying. The solvent in writing inks is usually water, although
small amounts of organic solvents may improve flow and stability.
The color in writing inks is typically a water-soluble organic dye.
Dyes are available to cover all of the colors and shades that may be desired. However, these dye inks are not permanent and fade in a relatively short time. Inks that are to be used for permanent records, such as bank and government records and documents, must have a certain iron content because the iron is not destroyed by age.
Record inks are usually mixtures of tannic acid, gallic acid, ferrous sulfate, a preservative, and a soluble blue dye dissolved in water. This ink is originally blue, but, on exposure to air, ferric gallotannate is formed, and the ink gradually turns black. Ferric gallotonnate has excellent stability, but if it does decompose to iron oxide, this material remains on the paper. It may be treated with a gallic or tannic acid solution to restore the writing’s black color.
India ink used for drawings is a permanent carbon suspension with shellac, borax, or soap in water. When shellac is used, the dried ink is quite waterproof and permanent.
Printer inks - What is ink made of elements
Mixtures of vehicles and coloring matter, transferred by a
mechanical printing press from a bulk state to form an image on a
surface, are considered printing inks. Their basic composition
varies according to the transfer or printing process used.
Today, practically all printing falls into one of three process classifications: typography or letterpress; lithographic, also known as planographic or offset, gravure, which may be called intaglio, photogravure, or rotogravure.
In typographic printing, ink is applied to a raised and designed surface of the metal or a raised rubber surface in the separate kind of letterpress designated as aniline or flexographic printing. An impression is made, most commonly on paper, from this raised surface.
Lithographic printing applies ink to a plane-metal or stone surface that has been previously treated to accept the ink only in certain desired areas; an impression is made from those ink areas on another surface.
This gravure process employs an etched or engraved depression below the printing plate’s surface; only the depression is filled with ink, which is subsequently transferred to another surface by contact, making an impression of the engraving.
The primary consideration of the formulator of printing inks is the method or printing employed. Highspeed rotogravure magazine presses use a thin fluid of low viscosity. The process calls for an ink easily applied to miniature, etched cells below the printing-plate cylinder’s surface that can be wiped from the unetched portion efficiently and transferred to the printing surface instantly upon contact.
Since gravure ink dries mostly by evaporation and only partly due to absorption by the paper, highly volatile solvents are used in the vehicle. The resin or binder in the vehicle dissolves thoroughly in the solvent and, after mixing the pigments, leaves an impression upon transmission that dries rapidly and is not sticky.
A gravure ink is another type, one for steel – or copper-plate engravings, employs an entirely different vehicle of a short, butterflylike consistency. It is greaseless because, after the line engraving has been filled with ink, the excess must be thoroughly wiped off the plate’s unengraved surface without distributing the ink in the engraving.
Since hard papers are the usual printing surface for this slow, exacting process, absorption is responsible for minimal drying. Slower drying solvents are used so that the ink will not dry up in the engraving. However, the solvent is volatile enough and the binder hard enough for the ink to dry thoroughly without stickiness.
Except for flexographic inks used with a rubber type and “Vaporin” inks, dried with controlled gas flames, typographic and lithographic inks rely little upon evaporation for drying. Generally, typographic inks have a high viscosity and a long or “stringy” body, with tack or stickiness when on the press.
Lithographic inks are even heavier, but shorter or less stringy, and possess considerable tack. The vehicles for these inks seldom contain volatile solvents. Bodied oils or resinous varnishes with driers are used as vehicles. They dry primarily by oxidation. Linseed oil, linseed-oil-bodied varnishes, tung oil, and soybean oil are typical ingredients in such inks.
Flexographic and flame-drying vehicles are more like gravure; they contain some volatile solvents. The viscosity of these vehicles is controlled by the amount of solvent and kind of binder used. The end use of the printed product also plays a part in determining the composition of the vehicle.
A magazine ink, for example, would not be suitable for printing cellophane candy wraps as the vehicle would not adhere satisfactorily and might be softened by the ingredients of the candy. Such characteristics as gloss, flexibility, odor, clarity, resistance to scratch, rub, abrasion, and chemical action dictate a vehicle’s components.
The pigment is the coloring matter of ink. This is a solid portion which remains undissolved unless dyes are used. It is ground into extremely fine particles as it is thoroughly dispersed within the vehicle. Some inorganic pigments, including hydrated oxides of iron, chalk, white, and China clay, occur in nature and require only crushing, washing, and cleaning to be used in inks.
Important manufactured inorganic pigments are chrome yellows, iron blues, molybdate orange, cadmium reds, and titanium dioxide. Organic pigments are insoluble colors manufactured from natural or synthetic dyestuffs. Hansa and benzidine yellows, methyl violet and peacock blue, eosin, phloxine, and lithol- reds are common pigments of this type.
The blacks used in printing inks are carbonaceous, carbon black, furnace black, and lampblack, with few exceptions. A bronze powder of aluminum, copper, or alloy bronze is used to produce a metallic effect. A pigment’s presence affects the ink’s properties, such as gloss, opacity, consistency, resistance to fading, durability, and the impact of grease or soap. The use of printed material limits the choice of pigments.
Click here for more information about printing ink.
FAQ:
Q: How should I submit artwork and what format?
A: You can submit artwork to us by Email or upload your artwork to our FTP.
We accept: COREL DRAW, ILLUSTRATOR, COREL PHOTO PAINT, PHOTOSHOP,
TIFF,. JPEG,. GIF (tiff at 300dpi, jpeg at 300dpi, gif at 600dpi 100%size)
PDF (vectors in PDF, if using raster program make sure you have high res at 100%size.)
Q: What are setup costs?
A: Set up costs most often apply to new graphics. The first time you order and have a two color print to it, we charge a one time
fee for two screen charges. If you are an existing customer and you want to a NEW graphic the same rules apply. Set up fee for
normal deck heat transfer graphic: USD160 unlimited colors. For longboard transferr graphic USD320 unlimited colors.
Q: Can I order samples?
A: Absolutely, we send requested samples at a minimum charge. You will have to pay shipping cost and samples fee,
the samples fee will return back to you after you place your order. New customers must email us the following information.
Company or shop name, Address, telephone No. specific boards.
Q:When is your delivery time?
A:It depends on product and order QTY.
Normally,it takes us 25 days after receiving the deposit,Repeat order only need 15-20 days.
Q: What is the loading port?
A: Regularlly Ningbo or Shanghai
Q: Do you provide OEM developing services?
A: Yes,we have plenty experience in OEM developing, aslo for famous brands,
