Can anybody plz tell me the process of Galnvanisation of Wires or any proper links for my answer?????
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Galvanization or galvanisation refers to any of several electrochemical processes named after the Italian scientist Luigi Galvani.\n\nit typically means hot-dip galvanizing, a chemical process that is used to coat steel or iron with zinc. This is done to reduce corrosion (specifically rusting) of the ferrous item; while it is accomplished by non-electrochemical means, it serves an electrochemical purpose. \n\n\nContinuously galvanized Wire is produced by passing cleaned steel wire through a lead/zinc bath at high speed ( 180 m/min).\n\nCoating characteristics: Similar to those of continuously galvanized sheet. Coating thickness varies depending on the diameter and coating grade of the wire from 3 microns in the thinnest standard gauge to 43 microns in the thickest (8 mm) heavy galvanized grade.
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Try Edmund Scientific on the web..but if you want to make your own try the link provided.\n\nGood luck!
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The Plating Mechanism\n Chromium metal is deposited on metallic surfaces submerged in a chromic acid plating bath. Since the process is electrolysis, two electrodes exist. The part to be plated is made cathodic by connection to the negative terminal of the rectifier. Inert lead anodes are made electrically positive. When voltage is applied across the two, current flows through the solution and metal is deposited. Actual rates of deposition for commercial parts range from .0005:/hour to .003". Proper control of various plating parameters result in bright, hard, adherent deposits. \n\nChemistry\nPractical industrial hard chrome plating baths now in common use have only two or three chemical constituents. Chromic acid is formed when chromium trioxide crystals are dissolved in water. Some form of catalyst is also necessary for the process to occur. The most widely used catalyst is sulfate ion, usually added to the bath as reagent grade sulfuric acid. Varying the absolute and relative concentrations of these two constituents will alter the deposit characteristics significantly. Routine bath analyses are performed at High Tech Chrome Plating's in-house lab every 15 to 30 days to ensure proper chemical levels. This routine analysis is very important in producing a bright industrial hard chrome.
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i heard there are tiny metals ranging in size between\nmicrodots and pieces of wire 1/3rd of an inch.
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Welding on galvanized metal can be dangerous.  The best bet is supplied air.  This would be preferable over any filter. Always make sure there is good ventilation, too.
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The electrode part doesn't matter. All you need is a strip of copper wire and a strip of zinc. These are easily found at a hardware store.
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oh this has been awhile....ok a block of wood, a couple nails, some tape, some wire, and a six? volt battery.\n\nyou are basicaly making one of the nails an electro magnet so that when the circuit is completed it comes on and pulls down one of the wires to the top of it making a clicking noise, open the circuit the wire will spring back up.  \n\nhere is a more complicated one that will send to another one\nhttp://www.apluschilddev.com/headstart/services/projects/easy_make_telegraph.htm
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http://www.corrosion-doctors.org/Biographies/GalvaniBio.htm
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Galvanized metal is a tin and carbon steel alloy. It corrodes at a slower rate of speed.
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go to DIY sites about electrical. you must be an electrician to conduct electrical wiring. electrical current is an unforgiving. you ust know how to respect it...
81481
Hard to say without a picture or to see the process. Gas pressure? Wind? Contaminants in the metal? Wrong gas mixture?\nHere's a couple of links that may help..
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Normally wire-size measurements are in millimeters and gauge. It will be easier for you to communicate with who you are ordering from if you do the computations to change it to millimeters and then transfer that to gauge of wire.\n\nI suggest you go to a refiner like David Fell & Co. (see link below.) The should be able to supply you with any gauge wire in gold that you need.
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wrap the bar in insulated copper wire, preferably solid core, keeping the wraps smooth and close together, and wrap three layers deep- when you reach the end of the first layer just wrap back towards the end you started at, same thing on third layer- them hook a DC power supply to the ends of the wire wrap, and let the thing run for 3-4 days (make sure when you hook it up that it doesn't heat much if any) pretty soon you've got a magnet.
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http://polymer.bu.edu/pins/pins96.11.html\n\nhttp://chem.ch.huji.ac.il/~eugeniik/electrochemical_tutorials.htm
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http://www.finishing.com/faqs/howworks.html\n\nI work at place where we send some of our stuff out to be electroplated(nickel, brushed nickel..chrome etc)\nI patinate brass (lighting fistures) with chemecals and torch.(we build antique repro lighting fixtures.
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There are a few processes \n1-Explosive welding\n2-Brazing\n3-Chemical Deposition\n4-polymer adhesion\n5-Screws, Bolts or Rivets! ;-)
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Galvinisation with zinc. \n\nChroming\n\nboth work off the basis of reduction and their poteintal to be oxidised\n\nlook in an chemistry A-Level text book. Or if your american look at a college text book, for exact details