Molybdenum Powder

• For Additive Manufacturing
• Molybdenum powder for Alloy
• For Infiltration
• For Brake Pads
• For Metal Matrix Composites
• For Ceramic Metallization
• For Metal Injection Molding
• For Chemical Catalysts
• For Photovoltaics
• For Detonation Initiators
• For Pressed and Sintered Ingots
• For Diamond Tooling
• For Pressed and Sintered Shapes
• For Electronics
• For Thermal Spray Gun Technology
• For Heating Elements
• For Sputtering Targets
• For X-ray anodes

We provide a wide range of molybdenum powder in sizes and purities to meet the needs of every customer. From flowable Ready-To-Press powder to ultra-fine Metal Injection Molding Powder (MIMP) (RTP). There are molybdenum alloy powders like TZM (Mo-0.5Ti-0.1Zr) and MHC (Mo-1.2Hf-0.1C) as well as oxide dispersion-enhanced alloys like MoLa available (Mo-1.0La2O3). On request, customers can get bespoke alloys.

The powders' physical and chemical characteristics can be changed to suit the needs of any unique customer. Purity typically surpasses 99.95%. Finer diameters down to -635 mesh are available in lab scale volumes, in addition to standard sizes of -5 to -325 mesh. There are split screen fractions available, like -100+325 mesh. Through particular reduction settings and special powder packaging, the oxygen content can be delivered at reduced levels. molybdenum powder price depends on the quality and quantity of molybdenum metal powder in India.

Molybdenum Metal Powder

Commercial providers provided molybdenum metal powders with a purity level of more than 99% molybdenum (on a metal basis). To confirm characteristics and thoroughly analyze particle morphology, additional characterization of the powders was carried out. Scanning electron microscopy was used to analyze a sample of each powder to determine the size, morphology, and degree of agglomeration of the particles. When the particles were suspended in highly pure ethanol, laser light scattering was used to determine the particle size distribution. We are also one of the best manufacturers & suppliers of all types of mineral powder which are dolomite powder, bentonite powder, feldspar powder, fly-ash powder, and limestone powder.

The powders were compressed into discs using tungsten carbide punch and die sets and cylindrical tool steel. Die internal diameters for making green discs with sintering outside diameters of 29 and 33 mm were 30.15 and 33.2 mm, respectively. Using an automated servo-hydraulic press, the powders ( 4 g for 33 mm discs and 3.1 g for 29 mm specimens) were compacted in the pressure range of 690 to 1724 MPa (100 to 250 ksi) (Instron Model 1335). In order to lessen die wall friction, the punches and die walls were lubricated with a stearic acid solution diluted in methyl-ethyl ketone. Weighing and measuring the diameters allowed us to determine the expressed "green" densities of the discs.

Types of Molybdenum Powder

• Spherical molybdenum powder: Spherical molybdenum powder is made by spraying molten molybdenum into a cool, inert gas environment. The spherical shape of the particles provides good flowability, making it easier to handle and process.
• Flaked molybdenum powder: Flaked molybdenum powder is made by mechanically reducing molybdenum metal into thin flakes. This type of molybdenum powder is often used in powder metallurgy and thermal spray applications.
• Molybdenum oxide powder: Molybdenum oxide powder is made by oxidizing molybdenum metal. This type of molybdenum powder is often used in catalytic and lubricant applications, as well as in the production of ceramics and pigments.
• Molybdenum disulfide powder: Molybdenum disulfide powder is made by reacting molybdenum metal with sulfur. This type of molybdenum powder is often used as a lubricant and as a solid lubricant in high-temperature and high-pressure applications.
• Molybdenum carbide powder: Molybdenum carbide powder is made by reacting molybdenum metal with carbon. This type of fine molybdenum powder is often used as a catalyst and as a refractory material in high-temperature applications.