I want  to   know        information about  paints  and printing  colours (dyes  and paints)?
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Dyestuffs, any of a large group of chemicals almost exclusively organic in nature, used for the colouring of textiles, inks, food products, and other substances. Modern industrial terminology defines a dyestuff as a product containing pure organic dye and cutting agents or fillers that make the product easier to handle. Dyes are not to be confused with pigments, which are pulverized coloured substances that must be mixed with adhesive binding agents before being applied to surfaces. See Dyeing.\n\nThe colour properties of organic compounds depend on their structure. In general, the coloured compounds used as dyes are unsaturated organic chemicals. The quality of possessing colour is particularly noticeable in compounds containing certain well-defined chemically unsaturated groupings. These groups, known as chromophores (colour bearers), are not all equally effective in producing colour.\n\nDyestuffs must be capable of entering and colouring textile fibres or other substances. Chemical radicals, known as auxochromes, have the property of anchoring the desired dye effectively. They are acidic or basic and give rise to acidic or basic dye salts. In the case of some compounds the addition of an auxochrome group also changes a colourless compound into a coloured one.\n\nThe basic raw materials of synthetic dyes are compounds, such as benzene, that are derived from the destructive distillation of coal (see Phenylamine; Coal Tar). For this reason synthetic dyestuffs are often popularly known as coal-tar dyes. From the basic materials, intermediates are manufactured by a number of chemical processes that, in general, involve the substitution of specific elements or chemical radicals for one or more of the hydrogen atoms in the basic substance.\n\nDyestuffs can be classified according to their use or by their chemical structure. The chemical classification is generally made according to the nucleus of the compound. Among the more important dye groups are the azo dyes, which include butter yellow and Congo red; the triphenylmethane dyes, which include magenta and methyl violet; the phthalein dyes; the azine dyes, which include mauve; and the anthraquinone dyes, which include alizarin. Indigo is a vat dye, occurring in nature in the crystalline glucoside indican. An important new group of dyes is the phthalocyanine dyes, which are blue or green in colour and resemble chlorophyll in chemical structure. Of all the groups of dyes the azo dyes are the most generally useful and widely employed. See Diazo Compounds.\n\nA stain is a chemical dye or pigment used to colour glass, paper, textiles, or wood. The staining substance, which uses alcohol, oil, or water as a vehicle, is transparent and thinner than paint or coating, and it penetrates into the grain of material being dyed. In microscopic and microchemical research, a dye or a chemical mixture used to distinguish between minute transparent structures is also called a stain.\n\nx
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See  http://en.wikipedia.org/wiki/Lenticular_printing\n\nTh
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Color, type, form, and so on...
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You will need to hit the library since such general information will require multiple books to explain.  If you have some specific questions, post those.  Just the dyeing part is a very complicated subject if you want details.  If you want some general starting points look at the links at \n\nhttp://www.itt.edu/staff/boyter/links/index.html#WASTEWATER
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Generally, a dye. You need to be more specific. What paper? What colour?
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try www.thebluebook.com
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You should try to find African art books in your library. Most address the topic. If you find "Art and Craft in Africa" by Laure Meyer you will find a general overview of textiles and clothing. From the Ashanti try "African Majesty" by Peter Adler and Nicholas Barnard. Also "Weaving in Africa" by Karl-Ferdinand Schaedler.
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Below you'll find a link to an exploded diagram for your printer as well as a source for the parts.  Hope that helps you.
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simply write the poem in wordpad. select any part you want and choose a color. Of course for printing you need a color printer ;-)
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c2s art paper - means coated on two sides. This is used on high quality printing for example in museums, etc.  The paper is coated on both sides for photo quality printing, and it is compatible with both pigment and dye inks.\n\nHope this helps.\nGood Luck.
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here is a sample list\nNAME OF THE PRODUCT C.I. HUE NAME C. I. NO. \nMETHYL VIOLET PDR OR CRYSTAL BASIC VIOLET 1 42535 \nBASIC MAGENTA POWDER BASIC VIOLET 2 42520 \nRHODAMINE B 540% BASIC VIOLET 10 45170 \nRHODAMINE B 500% BASIC VIOLET 10 45170 \nBASIC VIOLET B BASIC VIOLET 26 --------- \nAURAMINE O H/CONC BASIC YELLOW 2 41000 \nCRYSODINE BASIC ORANGE 2 11270 \nBASIC BROWN R BASIC BROWN 4 21010 \nDIAMOND GREEN CRYSTAL/POWDER BASIC GREEN 1 42040 \nMELACHITE GREEN CRYSTAL BASIC GREEN 4 42000 \nMETHYL BLUE PDR 200% BASIC BLUE 9 52015 \nMETHYLENE BLUE ZINC FREE \n(PHARMACEAUTICAL GRADE) BASIC BLUE 9 52015 \nVICTORIA BLUE B BASIC BLUE 26 44045 \nSULFAR BLACK GRAINS -------  53185 \n\n\nlet me remind you that positively charged dyes are also known as basic dyes. You could search the web more easily with that piece of information i guess.
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Yes, it is a complex mixture of solvents/thinners, dyes, resins (depending on what type of coating you desire (epoxy resin), raw materials  (once again depending on the coating application).\n\nA simple paint recipe that can used in a smaller laboratory set-up is:\n\nMaterials Needed:\n2 cups flour \n2 teaspoons salt \n2 1/2 cups cold water \n2 cups boiling water \nFood Coloring \n\nInstructions:\nMix the 2 cups of flour with the 2 teaspoons of salt. Add the 2 1/2 cups of cold water; stir until smooth. Gradually add this mixture to the 2 cups of boiling water. Boil until the mixture becomes smooth and thick. Add the food coloring until you get the desired color.
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digital or traditional press - if digital, look into the indigo press - which is a full printing system that will produce the color plates, print the images, and collate/cut them for you and bind them also.\n\ncontact me for more information
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Printing something????
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just mix 'em up  , if you give me the name of 'all ' the colours , i will tell you how to make them\n\nI guess you mean primary colours (= base colours)\nthese are yellow red and blue\n\nyellow and red will make orange\nyellow and blue will make green\nred and blue will make purple\nyellow , red and blue will make brown\nmix them up in different proportions to get all the other colours
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you need to provide just a llliiiiiiitttttttlllleeee more information if you want a real answer.\n\nGlue....industrial, relationships, arts and crafts, molecular, ????
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5500K refers to the colour of the light - it is equivalent to the spectrum of light that would be given off by a perfect black body at that temperature. Note that it is not just a single frequency - it is a whole spectrum - and it is important in characterising illuminants.\n\nWhen it comes to printing inks, a different system is used. This is because colour vision "tries" to be independent of illuminant (imaging if it were not, the colour of everything would change when you went from predominantly red indoor light from light bulbs to outdoor white light). Instead, for printing reference colours are used according to a preset scale, often PANTONE.