Molybdenum Rod Supplier

Eagle Alloys Corporation (EAC) is the leading global supplier of Molybdenum rod.  EAC stocks a wide variety of sizes in Molybdenum rod and can supply custom rod sizes with short lead times.

Eagle Alloys Corporation can supply Molybdenum rod from 0.125” Dia up to 8” Dia and 20 foot long.  For smaller diameter material EAC can supply wire as small as 0.0007” Dia.  If you do not see your Molybdenum rod size listed below, please contact our courteous sales team to assist you. Please view or print our Molybdenum stock list for our complete stock sizes and capabilities.

In addition to commercially pure Molybdenum EAC also supplies TZM, Molybdenum Copper Alloys, Copper Cladded Molybdenum, and Molybdenum Rhenium Alloys.

Molybdenum rod is typically supplied to meet the requirements of ASTM-B-387 or ASTM-B-386, Type 360, Type 361, Type 363, Type 364, or Type 365. Custom grades available upon request and per customer specifications.

Molybdenum is used for its extremely high melting point and relative flexibility. Molybdenum has a melting point of 2,623 °C.  Molybdenum has a high elastic modulus, and only tungsten and tantalum have higher melting points. When combined with steel and other metals, the bond gives the material a high resistance to extreme temperatures and chemical corrosion. This property is very useful when working with energy applications, reactive chemicals, high-intensity motors, filaments, industrial molds and more. Typical applications for Molybdenum are crucibles, evaporation boats, propulsion components,  x-ray tube, lighting industry, glass melting electrodes, high temperature furnaces, sputtering targets, heat sinks, heating elements, electrodes, stirrers, orifice plates, support members, mandrels, shields, sintering trays, filaments, furnace windings, thermocouple sheathes, nose cones, nozzles, jet tabs, contacts, brazing fixtures, boring bars, tools, heat radiation shields, cathodes, and aircraft and missile parts and nuclear energy applications where high temperature resistance is crucial.