Printer Ink Compatible With HP Officejet 6000 6500A 7000 7500a HP 920XL

Compatible with HP Officejet 6000 6500A 7000 7500a printer cartridge HP 920XL hp instant ink wholesale  

DETAILS:

Product Name: applicable to HP hp920 ink cartridge

Compatible with ink cartridge model: hp920xl BK C m y cd971a ch634a ch635a ch636a

Applicable model: HP Officejet 6000

HP OfficeJet 6000 AIO-E608a

HP Officejet 6000 Printer - E609a

HP OfficeJet 6000 W AIO-E609n

HP OfficeJet 6000 W

HP OfficeJet 6500 AIO

HP OfficeJet 6500 W AIO

HP OfficeJet 6500 W AIO-E609a

HP OfficeJet 6500 AIO(US)E709

HP OfficeJet 6500 AIO-E709a/n

HP OfficeJet 6500 W AIO-E709n

HP OfficeJet 6500A e-AIO E710a

HP OfficeJet 6500A AIO-E710a

HP OfficeJet 6500A Plus e-AIO E710n

HP OfficeJet 6500A C-AIO

HP OfficeJet 7000 WF

HP OfficeJet 7000 WF-E809a

HP ® OfficeJet 7500A WF

HP ® OfficeJet 7500A e-AIO E910

HP ® OfficeJet 7500A WF e-AIO E910a

Color: black, blue, red, yellow

Ink capacity: BK 55ml C m y 15ml

Provide OEM processing, large quantity and preferential price.

Shelf life: 2 years

Packing: vacuum bag or color box

After sales: This product is a compatible consumable. Any quality problem of the product can be returned and replaced, and the round-trip freight shall be borne by our company.

The factory mainly provides Epson Compatible ink cartridge, brother compatible ink cartridge, Kodak compatible ink cartridge, Canon compatible ink cartridge, Lexmark compatible ink cartridge, HP non leading ink cartridge, continuous ink supply system, OEM processing, large quantity and preferential price, which can be discussed in detail.

Usage reminder: there is no sealing ring at the ink outlet of hp920 series ink cartridge, so it is not easy for ink to overflow from the ink outlet Therefore, after receiving the ink cartridge and placing it for more than half an hour, first tear off the yellow seal on the ink cartridge, and then open the ink outlet (i.e. orange clip) upward. If the ink overflows, suck it off with a paper towel, and then install it into the machine.

INFORMATION:

Ink is one of those things that most people don't really think too much about—until they run out of it and can't get their work done. When you think about it, ink has been crucial to our civilization for centuries, and we really couldn't survive today without it. Let's take a look at this fascinating compound, its history, how printer ink is made, and its components.

What is Ink?

In plain terms, ink is a semi-liquid material that is used for printing, writing, and drawing. Similar to paint, it is made from an organic or inorganic pigment that is dissolved in a chemical solvent.

What is printer ink made of? The earliest known inks were made from all types of materials found in nature, including:

Vegetable and fruit juices
Blood of some species of shellfish
Secretions from octopi, cuttlefish, squid, and other cephalopods
Tannin from tree bark and nuts
First Man-Made Inks

The first man-made ink for writing was developed in Egypt about 4500 years ago. It was made from carbon suspensions in water, stabilized with materials such as egg albumen and natural gums. After 2500 BC, both the Chinese and the Egyptians developed ink composed from soot that was bound with various gums. They would take the resulting paste and form it into rods which were then dried, stored, and later diluted in water right before use.

First Printing Inks

The Chinese invented printing ink around 500 BCE. What their printer ink was made of included soot, colored earth, and plant matter for the pigment, gums, and glue for the binder. In 1440, the printing press with movable type was invented, and soot-based ink was then bound with either varnish or linseed oil, which is remarkably similar to the way black ink is currently manufactured. In 1772, colored ink debuted, but it wasn't until the 1800s that ink was perfected with the introduction of drying agents.

If you’re wondering what current printer ink is made of, today's inks are still divided into two classes, those that are used for writing and those that are used for printing.

Printing Ink

Printing ink is further broken down into two smaller categories: conventional ink and digital non-impact printing ink. Conventional printing is conducted by a metal plate that transfers an image to a paper or an object that it comes in contact with, while digital non-impact printing includes electrophotographic and inkjet technologies.

Special inks have been developed for use in particular situations, but the main utility for modern printing ink is its use for passing on information and decorating various objects. It can be used on surfaces as varied as paper, plastic, and aluminum cans.

Writing Ink

Only 10% of the world's ink is used for handwriting, and writing ink is manufactured in a completely different manner than printing ink. Unlike printing ink, writing ink is composed of dyes suspended in varnish rather than pigments. The main difference between the two is that dyes are soluble, while pigments are not.

Pens today contain different dyes to produce different colored ink. Blue is obtained using substituted triphenylmethane dyes, while red is produced by diluting the red dye, eosin. Many writing inks also contain tannic and gallic acids and iron sulfate. Most ballpoint pens contain a paste that is composed of approximately 40% to 50% dye.

What is Printer Ink Made of Now?

Today's printer ink is made of what is called carbon black, a pigment which is actually similar to the soot that was used in ancient times. The composition also includes a binder, a solvent, and a plethora of additives, such as chelating and drying agents. Ink recipes vary a bit depending on the company that produces it (HP, Epson, Canon) and the surface that the printing will be conducted upon, as well as the printing method used.

Pigments

The chief function of the pigment is to provide color to the ink. Pigments can also bring abrasiveness or gloss to a surface, or provide it with a chemical resistance to heat, light, and solvents. They are a vital part of how printer ink is made.

Base pigments are mixed with other chemicals known as opacifiers and extenders. Opacifiers are white and cause the ink to become opaque, covering a given surface, while extenders are clear and make base pigments appear less intense. All pigment is ground up to prevent clumping and to allow it to spread evenly throughout the 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,