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Alloy Manufacturers and Suppliers

IQS Directory provides a detailed list of alloy suppliers. Find alloy suppliers that can design and engineer alloys to your specifications. Peruse our website to review and discover top alloy suppliers with roll over ads and complete product descriptions. Connect with the alloy suppliers through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for suppliers of bronze alloys, alloy metal products, or zinc alloys of every type, IQS is the premier source for you.

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metalmen is your go-to source for nationwide and global distribution of a wide variety of high-quality alloys, available in such forms as foil, strip, blanks, sheet, coil, plate, wire, rod, bar, tube and pipe. With over thirty years experience, metalmenis capable of expert market advice and complete metalworking processes to meet each customer`s specialty needs.
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Mac Metals Inc. maintains a reputation in the marketplace as a "specialty brass mill" serving the needs of architects, general contractors, original equipment manufacturers, machine shops and architectural and ornamental metal fabricators that require custom extrusions made of brass, bronze and nickel silver.
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When you need hard to find industrial grade alloys or specialty or run of the mill products, contact MA, Inc., a full line distributor of materials of all kinds- all available in a range of shapes, tempers and forms. From sheets and bar stock to tubing and wire, MA, Inc. provides superior metal alloys and service. Please call today or visit the website for more information.
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At Commercial, employees have over 25 years of experience helping buyers locate hard-to-find alloys, tempers and specifications. Commercial stocks and distributes all grades, tempers and forms of a variety of materials available for immediate delivery. Commercial has over 100 years of combined experience, so avoid frustrations and trust Commercial for fast delivery and low cost!
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Magnetic Shield Corp. is an ISO 9001:2008 certified supplier of choice for low frequency electromagnetic shielding solutions. As of 2016, we served customers worldwide for 75 years. We supply custom fabrications, specialty alloys, and products - MuMETAL®, Co-NETIC®, AA CABLE SHIELD®, NEW MuMETAL® Deep Draw Coil, NEW MuMETAL® Round Bar and more. Our technical team can help with material selection and design-drawing reviews.
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Industry Information
View A Video on Alloys - A Quick Introduction

When specific qualities of metals are needed for applications such as rockets and aircrafts, alloys can be made and provided by alloy suppliers to match predetermined sets of characteristics. The alloy usually takes characteristics of the elements it is made from, physical properties like reactivity, density and electrical and thermal conductivity.

Alloy suppliers offer stronger, more durable metals with more desirable properties than those of their individual components, such as increased hardness or malleability. Metals like aluminum, copper, magnesium, steel and non ferrous metals are common metal alloys that have increased material properties that make them more attractive on the market. On the other hand, the alloy's engineering properties such as tensile and shear strength, can be very different from the original materials, which were more heat resistant and not so brittle under those circumstances. In these cases, lightweight alloys with strong heat-resistance are created, known as high temperature alloys. Superalloys are also high temperature resistant, but with increased mechanical strength, good surface stability and both corrosion and oxidation resistance. Most metals can be used in the forming of alloys and there are therefore many of them, including stainless steel, pewter, brass, bronze and then the specialized custom alloys. Custom alloys are chemically altered to various degrees for specific applications. Alloys can also be categorized by the types of processes that they are utilized within, such as brazing alloys and welding alloys.

Specific characteristics developed from the combinations of certain metal alloys are fascinating. For example, magnesium alloys are combined with aluminum, zinc and lead, although it can also be alloyed with other non-ferrous metals such as zirconium all of which produce a strong but light-weight metal alloy. The varieties of copper alloys are vast, although there are two that are well-known in the consumer context; brass, which is made of copper and zinc and bronze, which is made of copper and tin. Copper is noted for its conductive abilities. One more example is steel alloys, whose notable characteristics include hardness, toughness, strength, hot hardness and wear resistance. Silicone, boron, nickel, vanadium, cobalt, tin, aluminum and copper are all used to create various custom steel alloys. A positive characteristic that applies to all metal alloys is the fact that they can be recycled. In fact, alloy scrap is marketed as a valuable commodity and is essential to the economic production of alloys. Steel in particular is often recycled, more often in fact then it is made.

In the past, most alloys have been formed by melting down the materials and then mixing them together, which is a form of casting. The other common technique was to wrought the metals together, which involved melting them to a lesser degree then casting required, then hammering and pressing them to make the new substance smooth and bubble free. However, powder metallurgy is becoming a more popular method of creating alloys. This process mixes dry powders, squeezes them together under high pressure and heats them to temperatures just below their melting points, resulting in a solid, homogeneous alloy. Ion implantation is another technique that forms alloys; it uses beams of ions of carbon, nitrogen and other elements, and fires the beams into selected metals in a vacuum chamber that produces a strong, thin layer of alloy on the metal surface. Brazing is a process that utilizes metal alloys by melting them down and using them to connect two other pieces of metal together, which creates an alloy in the process. Welding also utilizes an alloy to combine to pieces of metal into one, although it actually melts down part of the pieces as well as the welding alloy that's bonding them together.

Alloys are used in various industries: water extraction, treatment and distribution, construction, agriculture, architecture, packaging and shipping, automotive, medical, marine, aerospace, military, pharmaceuticals, consumer products and manufacturing industries including oil, petroleum and chemicals. Specific applications within these industries include gas turbines, electric motors, vessels, tubing, industrial tools and machine parts such as gears, flat wear, dental tools, medical devices, power transmission parts, gear boxes, missile pieces and various parts of marine vessels. Which metal alloy is used in which industry for which application, depends on the aspects of the alloy that are most necessary. In most of the applications in which alloy metals are used, there are no acceptable or economic alternatives to alloys. Some alloys are unique enough to be used in super specialized situations, such as those with particular nuclear absorption qualities, which are used in nuclear reactors. There are also alloys used as superconductors in very low temperature applications, and there those that are designed to resist the corrosive effects of boiling salt water and are used in desalination plants. Spacecraft building material is another specialized field that requires the use of metal alloys.

Alloys Types

  • Alloy suppliers are companies that provide metals comprised of two or more metallic elements.
  • Aluminum alloy is a metallic material made from a combination of aluminum and another element, aluminum being the main component.
  • Binary alloys are made up of two components.
  • Brazing alloys refer to various metal alloys that are used as filler metal in brazing processes, and differentiate based upon either the intended use or the method of application
  • Casting alloys are alloys used to form objects in molds, and they are more easily molded than other alloys.
  • Copper alloy is a combination of copper and another element, in which copper is the chief component.
  • Custom alloys can be engineered to have specific properties that meet requirements for a specific application.
  • Ferrous alloys are all alloys that are based on iron.
  • High temperature alloys are metals that are composed of two or more metallic elements and have the capacity to operate or be utilized at extremely high temperatures such as 2000ºF (1093 C).
  • Intermetallics are alloys of two or more metals in a certain proportion, forming a new chemical compound.
  • Magnesium alloys are formed from a base of elemental magnesium and another metallic element.
  • Metal alloy is an amalgamation of two or more elements, one of which must be a metal.
  • Nickel alloy is a metallic material predominantly comprised of nickel.
  • Non-ferrous alloys are a mix of two or more non-ferrous metals, not containing iron.
  • Quarternary alloys are alloys made up of four different components.
  • Steel alloys are most commonly made up of nickel, chromium, silicon, manganese, tungsten, molybdenum and vanadium, and are used for their increased hardness, strength and chemical resistance.
  • Superalloys, or high-performance alloys, can withstand extreme temperatures that would destroy metals like steel and aluminum. A superalloy will have excellent mechanical strength, surface stability and corrosion resistance.
  • Ternary alloys are alloys made up of three different components.
  • Titanium alloy is a metal alloy in which titanium remains the main component.
  • Welding alloys are metals that are formed from two or more metallic elements that are utilized during the welding process in order to function as a filler metal.

Alloys Terms

Alloy - A substance that has metallic properties and is composed of two or more elements, at least one of which is a metal.

Alloying element - An element added to a metal that effects changes in structure and properties.

Ion implantation - A process using beams of ions of carbon, nitrogen and other elements which are fired into metals in a vacuum chamber in order to produce a thin layer of alloy on the metal surface.

Malleable - A process used to change the shape or form of metals and alloys.

Metallurgy - The study of the physical and chemical behavior of metallic elements, their intermetallic compounds and their alloy mixtures.

Powder metallurgy - The process by which alloys are mixed in powder form and heated into a solid, homogeneous alloy

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