Pure Metals | Top Q&A

Video What is Pure MetalPure metals are metals that have not been alloyed with other metallic elements; Commercially pure metals are at least 99% pure.metalworker distributes a wide range of pure metals for all your application requirements. Pure metals are metals that have not been alloyed with other metallic elements; Commercially pure metals are at least 99% pure. Some of the metals listed below are available as commercially pure, and many can be manufactured to be extremely pure, typically a minimum of 99.999%, known as the “minimum five nines.” Read: what is pure metal For example, 1100 aluminum is considered commercially pure aluminum – at least 99% pure. Our high purity aluminum can be produced up to 99.999% pure. Please note that we will strive to achieve the level of purity you require; eg: 99.9%, 99.99% min. If your application requires pure metal, give us a call or send us your request for quote (RFQ). Our staff is available to work with you to determine the purity or size options available to provide you with the pure ingredients you need. Please note that not all metals can be made in all high purity forms. Learn more about our commercial pure 1100 aluminum here. For information on pure titanium visit here and for commercially pure nickel (nickel 200) see our nickel page. Below is a list of all the pure metals we offer. However, our manufacturing partners can do more than what’s on the list. If you’re asking for a metallic element and don’t see what you’re looking for, ask!

• Aluminum (Alum 1100)
• Copper
• Chromium
• Nickel
• Niobium / Columbium
• Iron
• Magnesium

• Molybdenum
• Silver
• Tantalum
• Titan
• Tungsten
• Zirconium

Forms

• Silver paper
• Strip
• Space
• Paper
• Noisy
• Plate

AluminumAs stated earlier, 1100 aluminum alum, commonly referred to as commercially pure, is at least 99% pure aluminum. Its other major components are copper (0.05% to 0.2%), silicon + iron (up to .95%), manganese (up to 0.05%), zinc (up to 0.1% max.) ) and residual (maximum 0.15%). Alum 1100 is the strongest alumin among 1000 types of alumin. However, it still maintains other benefits of light alloy aluminum, such as high thermal conductivity, high electrical conductivity, workability and corrosion resistance. Commercially pure 1100 aluminum is commonly used with: rivets, sheet metal, railroad cars, electrical uses, chemical equipment, dials, reflectors, nameplates, sculptures and cookware. The other 1000 series aluminum – Al 1145 – is widely sold as light meter foil. Minimum high purity aluminum up to 99.999% can be produced in most forms – please inquire. Read more: Cyclic Group | Top Q&ACopperCommercially pure Coppers are represented by the symbols C10100 through C13000 with Copper 101 being the purest available in the distribution. They are all soft in the annealed condition, their other properties vary slightly due to different degrees of purity or if produced with increased temperatures. Pure copper is used for electrical contacts, cables, wires, and many other parts that must flow through an electric current. High purity coppers can be processed or custom manufactured – call to discuss your requirements.ChromiumThere are limits to what can be produced with pure Chrome due to the extremely brittle nature of this metal. Call us for minimum purity and size. Our staff will be happy to “field check” your request.NickelNickel 200 is considered “commercially pure.” It is 99% pure. It offers good magnetic, thermal, electrical and mechanical properties, as well as excellent resistance to corrosion. In addition, it exhibits good welding qualities, weldability and ductility. Typically, pure nickel is used to make: aerospace components, battery terminals/connections, electrical and electronic components, and conductors for heating elements. If higher purity is specified, call us to determine if your part can be manufactured.Niobium / ColumbiumNiobium, also known as Columbium, is an important metal for medical and scientific applications. Vacuum grade pure niobium (minimum 99.8%) is used to produce superalloys. Pure niobium is also useful for creating superconducting magnets in medical and scientific equipment, and for applying thin layers on glass and optics. It has excellent superconducting properties and maintains mechanical strength at high temperatures.IronPure iron is usually about 99.8% pure, with small amounts of carbon and manganese present and traces of other elements. Pure iron has outstanding magnetic properties and excellent hot and cold formability. Commercially pure iron is suitable for soldering projects of all kinds, and is used to manufacture items such as: MRI scanners, fuse wires, lighting conductors, magnets, soldering irons and spacers. It is commonly used in the petrochemical, automotive, aviation and construction industries.MagnesiumHigh purity magnesium can be processed into various forms within certain size limits. Magnesium of about 95% lower purity (essentially an alloy) is widely sold in the form of bars, foils and plates.MolybdenumCall or email your request. Read more: What does lamb taste likeSilverCall or email your request.TantalumPure tantalum (Ta), with a purity level of 99.9% or more, is a rare, bluish-gray and lustrous metal. Its atomic number is 73. It is highly corrosion resistant, ductile and conducts electricity and heat very well. Typically, this metal is used in the manufacture of capacitors, foil and certain types of high-power resistors and is used as an alloying element.TitanThere are three commercially available grades of pure titanium. Grade 1 is the softest and has the highest ductility. In addition, it has high impact strength, excellent corrosion resistance, high welding properties and good cold forming properties. This commercially pure titanium is best for medical, marine, architectural, chlorate production, automotive desalination applications and dimensionally stable anodes. Commercial grade 2 pure titanium works well for applications in: aerospace, architecture, automotive engineering, desalination, chemical processing, chlorate production, healthcare, processing hydrocarbons, power generation and marine production. variety of environments. It is also stronger than both Grade 2 and 3 CP. It can be cold formed, but does not have the high ductility of others. It is used most often with applications requiring extreme durability, such as industrial manufacturing, surgery and prosthetics, marine manufacturing, chemical processing, and aerospace.TungstenTungsten is a metallic element with atomic number 74. It has the highest melting point of all metals. It exhibits high density, good resistivity at extreme temperatures, unusually high strength and low coefficient of thermal expansion. Although tungsten can be quite difficult to work with, it has many applications. These include manufacturing: heat shields, thermocouples, glass-to-metal seals, filaments, electrical contacts, radiation shields, vacuum furnaces, crucibles, X-ray targets, equipment medical, anode and cathode, electrode and electronic equipment.ZirconiumCommercially pure zirconium has excellent corrosion resistance and ductility, and the mechanical properties are quite similar to those of austenitic stainless steels and titanium. It is ideal for chemical handling equipment. 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