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- Metallic Powdered Alloys Available From READE:
aluminum alloys, aluminum solder, antimony alloys, babbitts, bismuth alloys, brass alloys, brazing alloys, bronze alloys, Carpenter, cobalt alloys, composite alloys, copper alloys, copper-tin alloys, ferro alloys, gold alloys, graphite alloys, hard solder, Hastelloy, Haynes, Inconel, Invar, iron alloys, manganin, magnesium alloys, master alloys, monel, Nichrome, nickel alloys, palladium alloys, Permalloy, phosphor copper, phosphor bronze, platinum alloys, precious metal alloys, precipitated alloys, Rene, rhodium alloys, ruthenium alloys, silicon alloys, silver alloys, soft solder, stainless steel alloys, Stellite, super alloys, tin alloys, tin-lead alloys, tin solder, titanium alloys, Waspaloy, zinc alloys, composite,
- Metallic Powdered Alloy Availability:
Contact READE for the availability of any alloy that you are interested in. Over 3,500 alloys are commercially available.
- Need To Locate A Specific Alloy??
a) Visit the ASM International Alloy Digest Here.
b) Then return to READE and we'll get it for you!
- Alloy Powder Description:
a) Alloys are combinations of several substances designed to take advantage of the best properties of each.
b) Over 10,000 different alloys have been developed so far worldwide.
- Formal Definition Of An Alloy:
a) An alloy is a substance with metallic properties that is composed of a mixture of two or more elements. Alloys can be classified as interstitial or substitutional.
b) In an interstitial alloy, smaller elements fill holes that are in the main metallic structure. The smaller element may be a nonmetallic element, such as boron, carbon, nitrogen, or silicon. For example, steel is an interstitial alloy in which carbon atoms fill the holes between the crystal structure of iron.
c) In substitutional alloys, some of the atoms of the main metal are substituted with atoms of another metal. If the two metal atoms are about the same size and have the same crystallographic structure, then the two metals may form a solid solution. Hume-Rothery rules predict which metals will form solid-solutions based on the relative sizes and electronic properties of the metal atoms. Brass, an alloy composed of copper and zinc, is an example of a substitutional alloy. Source
- Alloy Powder Chemical Properties Available:
Purities are available from READE as high as a typical purity of 99.9999% and down to low purity recycled scrap alloys.
- Alloy Physical Properties Available:
Numerous physical size options are available from as large as aluminum notched bar ingots down to particles as small as 20-100 nanometers.
- Alloy Typical Applications:
Construction, electronics, research and development, as well as many other wide-ranging applications.
Jars, pails, drums, multiply paper bags, bulk bags and fiberboard containers.
- Alloy TSCA (SARA Title III) Status:
Varies. For further information please call the E.P.A. at +1.202.554.1404
- Tags: aluminum alloys, aluminum solder, antimony alloys, babbitts, bismuth alloys, brass alloys, brazing alloys, bronze alloys, Carpenter, cobalt alloys, composite alloys, copper alloys, copper-tin alloys, ferro alloys, gold alloys, graphite alloys, hard solder, Hastelloy, Haynes, Inconel, Invar, iron alloys, manganin, magnesium alloys, master alloys, monel, Nichrome, nickel alloys, palladium alloys, Permalloy, phosphor copper, phosphor bronze, platinum alloys, precious metal alloys, precipitated alloys, Rene, rhodium alloys, ruthenium alloys, silicon alloys, silver alloys, soft solder, stainless steel alloys, Stellite, super alloys, tin alloys, tin-lead alloys, tin solder, titanium alloys, Waspaloy, zinc alloys, composite,
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