Mostly used for wire crocheting and wire knitting. In an ounce of 26 gauge wire there is about 76 feet of wire.Įxtremely fine wire, not much wider than a human hair. Good for making rosary-style beaded links. Half-hard is good in this size as it adds a little bit of body and strength to a very slender wire. Wire gauge dictates the amount of electric current a wire can safely carry, its electrical resistance, weight, and other key characteristics. Good for beads that have small holes in them such as pearls. Cold-Drawn Wire and Custom Wireformed Products Wire Gauge Chart Wire gauge, or the measurement of a wire's diameter, is an extremely important measurement for your determining your project's choice of wire. In an ounce of 24 gauge there is about 48 feet of wire. Wire Gauge Chart Wire gauge, or the measurement of a wire's diameter, is an extremely important measurement for your determining your project's choice of wire. Half-hard is good in this size as it adds a little bit of body and strength to a slender wire. Good for beads that have small holes in them such as pearls. One ounce of 22 gauge has about 31 feet of wire.įine wire. Good for making earwires, headpins, and rosary style wrapped links. Dead soft is a good way to go with this wire. Very versatile size because it is pretty thick but most beads (like crystals and stone beads) can fit on it. About 19 feet of 20 gauge wire to the ounce. Dead soft is best, as thicker wire starts getting harder to bend. Good for making heavy-duty earwires and lightweight clasps because it’s still pretty easy to work with but strong as well. Size most often recommended for creating wire-jewelry using wire jigs and other wire sculpturing techniques. Good for making clasps, chokers, wire sculptures. Commonly used for chokers, heavy-duty clasps Good for chokers, stiff bracelets, even wire-sculpted rings. Still very thick wire, still hard to bend intricately by hand. Good for chokers, stiff bracelets, rings. Often used by silver smiths using forging or welding techniques. The difference between SWG and AWG is most noticeable at thicker gauges (16 and thicker). Some of our manufacturers use the American Wire Gauge (AWG) system of labeling (also known as the Brown & Sharpe Wire Gauge) and this will be noted in the product's description. Unless otherwise stated, the gauge for products on our site is calculated using the Standard Wire Gauge (SWG) system (also known as British or Imperial Wire Gauge). When comparing gauges, the lower the gauge number, the thicker the wire. = 0.012668 mm 2 × 92 (36- n)/19.Understanding wire gauge (thickness) is important when buying craft wire or beading wire, or items made from wire such as jump rings, head pins, earring hooks, and other findings. Is equal to pi divided by 4 times the square wire diameter d in millimeters (mm): The n gauge wire's cross sercional area A n In millimeters (mm) is equal to 0.127mm times 92 raised to the power of 36 minus gauge number n, divided by 39:Ġ.127mm is the diameter of gauge #36. When calclating AWG from diameter or cross sectional area, the diameter and cross sectional area are rounded to the nearest AWG equivalent values. Wire gauge calculator ► AWG to total area calculator # of wires/strands ** The diameter and area of the conducting wire without isolation. * Diameter and area values are rounded to fit the nearest AWG value. AWG to mm/mm 2 conversion Select gauge #:Ĭross sectional area in square millimeters:
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