What chemicals are used in acrylic paint?
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Acrylic paint is fast-drying paint containing pigment suspended in an acrylic polymer emulsion. Acrylic paints can be diluted with water, but become water-resistant when dry.    Depending on how much the paint is diluted (with water), the finished acrylic painting can resemble a watercolor or an oil painting.\n   Acrylics were first available commercially in the 1940s, although experimental forms of acrylic resin paints had been developed as early as the 1920s in the U.S. and earlier in Germany. The first commercially available acrylic paints were actually oil compatible.\n   Acrylics are sometimes used in place of watercolors because acrylics dry closer to the desired color (slightly darker, usually) while watercolors dry lighter (and often unpredictably, especially for beginning artists).\n   Acrylics are often used as an alternative to oil paints because acrylics dry much faster (usually within an hour or even as little as less than a minute, depending on brand and thickness of application). Oil paints, which consist of pigment suspended in an oil (usually linseed, or other natural oil) base, can take a very long time to dry: a few weeks or as long as several months. Acrylic paints can achieve an oil-paint-like effect, and do so in much less time. Though applied to look like oil paints, acrylics are somewhat limited due to the superior color range of oil paints,[citation needed] and the fact that acrylic paints dry to a shiny, smooth effect—not surprising since acrylic paints are, basically, plastic. Accordingly, acrylic paint cannot be removed with turpentine, mineral spirits (also known as white spirits), ammonia, or rubbing alcohol. Another one of the disadvantages of this medium is that paintings can crack and be corrupted much sooner than with oil. Most painters outside of the 20th Century have mixed their own paints to increase the longevity of the artwork.\n    Acrylic painters modify the appearance, hardness, flexibility, texture, and other characteristics of the paint surface using acrylic mediums. Watercolor and oil painters also use various mediums, but the range of acrylic mediums is much greater. Acrylics have the ability to bond to many different surfaces, and mediums can be used to adjust their binding characteristics. Mediums can change the sheen from gloss to matte, or can add iridescence or texture to the surface. They can also be used to build thick layers of paint: gel and molding paste mediums are sometimes used to create paintings with relief features that are literally sculptural.\nAcrylic paints are the most commonly used in grattage (q.v.).\nAcrylic paintings, ideally, should be recognized as being as different from oil paintings as watercolors are — in other words, as a distinct art medium with its own advantages as well as limitations, rather than as a stand-in for another meduim. There are techniques which are available only to acrylic painters, as well as restrictions unique to acrylic painting. Therefore, judging an acrylic painting as though it were an oil painting (or a watercolor) is not always appropriate.\n    Although the permanency of acrylics is sometimes debated by conservators, they appear more stable than oil paints. Whereas oil paints normally turn yellow as they age/dry(oxidize), acrylic paints, at least in the 50 years since invention, do not yellow, crack, or change.\nIndustrial paints are pigmented liquids or powders that are used to protect and/or beautify substrates. They typically include a resin, a solvent, additives, pigments and, in some cases, a diluent. Solvent-based paints contain volatile organic compounds (VOCs) as the carrier. Water-based paints contain mostly water, but also chemicals such as glycol ethers and alcohols as the carrier. Some industrial paints are applied with brushes or rollers. Others are applied with spray systems. Colors vary widely and include black, blue, brown, gray, green, orange, purple, red, white, and yellow. Primers and finishes such as
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Cyanide and acrylic acid.
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Benzene + benzoyl chloride + AlCl3 is one\n\nYou can also do \n\n2 calcium benzoate + LOADS OF HEAT --> benzophenone + CaO + CO2
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C3H7NO2 \n\nwww.chemfinder.com is a useful resource.  \n\nI hope this helps :)
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Mineral oil and resin\nPenreco Versagel
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sciencelab.com has just about anything you'll need!\nhttp://www.sciencelab.com/search.php?q=acetic+acid+-acemetacin+-acetamide+-benzyl
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The chemicals are a reducing agent like p-aminophenol, p-H2N-C6H4-OH, to make the black and gray parts of the image; and sodium thiosulfate, Na2S2O3 to dissolve away unwanted unreacted silver halide from the parts destined to be gray to white.\n\nI give the explanation for black-and-white negative film and print paper. Color film, slides, and prints are similar, but there are extra chemicals and steps involved.\n\nLight hits some parts of the film but not others. The silver halide, like AgCl, AgBr, and/or AgI exposed become sensitized. That is, they are susceptible to reduction to black silver metal. Unexposed silver halide is not sensitized. After development with the reducing agent, the sodium thiosulfate dissolves silver halide that is still there. This compound was once called sodium hyposulfite, and photographers still refer to it as "hypo." It is also called a fixing agent, and it is necessary to "fix" the image on film or prints in this way.
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Carboxyl\nand that's the last one I'm answering, I shouldn't be doing your homework for you...
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See if these sites help\n\nhttp://www.liquitex.com/aboutliquitex/whatisacrylicpaintOld.cfm\n\nhttp://www.trueart.info/acrylics.htm\n\nhttp://www.goldenpaints.com/justpaint/jp7article1.php\n\nhttp://www.goldenpaints.com/justpaint/jp7article1.php
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Acrylic paintings tend to be smooth anyway unless you use too much paint on the brush. Just use longer, gentle strokes with a properly loaded brush. Don't use a knife or it will be thicker in different spots. If you want shiny coating after you are finished buy some at an art store. It helps bring out the colors as if paint were still wet.
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Vaseline\nSolvents used in paint\nlubricating oils\nGrease\nAsphalt\nVariety of Plastics\n... and many more, can't think of them all.
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This might help :)\nhttp://www.chemicalforums.com/index.php?board=8;action=display;threadid=3263
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it works the same as paint. As long as the evaporative liquid that is mixed with either the chemicals in glue or the paint are not let out of the bottle or can, the mixture stays as a liquid.
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I would check at your local Wal-Mart in the cleaning section. Look for the solvents, i.e. Mineral Spirits, Turpentine, and my favorite Goof-Off. They make solvents for every type of adhesive, just check the labels in store. You may have to repaint if the solvent sets to long. Hope this helps!!
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Many large pet shops carry aquarium sealant. Check to make sure it is acrylic compatible.
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In organic chemistry, an acyl chloride (or acid chloride) is an organic compound which is a reactive derivative of a carboxylic acid. As part of its molecular structure, an acyl chloride has the reactive functional group -CO-Cl. An acyl chloride has the general formula RCOCl where R is an organic radical group.\n\nAcyl chlorides are a subset of acyl halides and undergo many of the chemical reactions mentioned under acyl halide. A specific example of an acyl chloride is acetyl chloride (IUPAC name: ethanoyl chloride) CH3COCl.\n\n\nAcid chlorides are very reactive. The presence of the chlorine on the carbonyl carbon makes it a very good electrophile, since both the oxygen and chlorine are strongly electron withdrawing, giving the carbon a large partial positive charge. This means even a weak nucleophile can attack the carbon. Since a chloride ion is a good leaving group, it will be readily replaced with the nucleophile. Acyl chlorides can be used to prepare any carboxylic acid derivative: an acid anhydride, an ester or an amide by reacting acid chlorides with: a salt of a carboxylic acid, an alcohol, or an amine respectively. Acid chlorides will also react with water or a Gilman reagent (lithium diorganocopper compound). In most of these reactions, HCl (hydrogen chloride or hydrochloric acid) is also formed.\n\nBecause acyl chlorides are such reactive compounds, they are generally toxic and special precautions should be taken while handling them. They are lachrymatory chemicals because they can react with water at the surface of the eye producing hydrochloric and organic acids irritating to the eye. Similar problems can result if one inhales acyl chloride vapors.\n\nAcyl chlorides are often prepared by reacting a carboxylic acid with thionyl chloride.\n\nR-COOH + SOCl2 → R-COCl + SO2 + HCl \nThe sulfur dioxide (SO2) and hydrogen chloride (HCl) generated are both gases which can leave the reaction vessel, driving the reaction forward. They are also both toxic gases. Acyl chlorides can also be prepared using certain phosphorus chloride reagents such as phosphorus trichloride or phosphorus pentachloride.\n\nAcyl chlorides are often prepared by reacting a carboxylic acid with thionyl chloride.\n\nR-COOH + SOCl2 → R-COCl + SO2 + HCl \nThe sulfur dioxide (SO2) and hydrogen chloride (HCl) generated are both gases which can leave the reaction vessel, driving the reaction forward. They are also both toxic gases. Acyl chlorides can also be prepared using certain phosphorus chloride reagents such as phosphorus trichloride or phosphorus pentachloride.\n\nfor symbol in chemistry please take a look at :\nhttp://en.wikipedia.org/wiki/Image:Acyl-chloride.png
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I can supply you said chemicals.\n(C2H5NH)(CH3)C6H3OH \nPlease contact me by email: halsliu@gmail.com