Thermal Spray Gun > Coating Powder
Molybdenum Powder [-270+400]
| Powder | Thermal spray powder |
|---|---|
| Mesh | Multiple meshes |
| Process | HVOF / plasma |
| Pack | Sealed packs |
| MOQ | 1 pack |
| Availability | Confirmed on enquiry |
| Delivery | Domestic & export |
- Tested before dispatch
- Demo / site visit
- Installation support
- GST invoice
Mesh & Price
Compare mesh and packing — then request price.
| Mesh | Density | Process | Best for | |
|---|---|---|---|---|
| −140 +325Popular | — | HVOF / plasma | Popular mesh | |
| −325 | — | Plasma | Fine coat |
Specifications
Technical details for planning, quotation and supply.
| Product | Molybdenum Powder [-270+400] |
|---|---|
| Product Name | Molybdenum Powder |
| Mesh Size | -270+400 |
| Primary Chemistry | Molybdenum (Mo) |
| Purity | To be confirmed on enquiry |
| Morphology | Agglomerated / Spray-dried (typical) |
| Process Compatibility | HVOF, Plasma Spray, Flame Spray |
| Coating Hardness | To be confirmed on enquiry |
| Pack Sizes | 5 kg tin, 10 kg tin, 25 kg pail |
| Availability | Subject to stock; quotation on request |
Product description
Details buyers use to confirm grade, use and supply.
Molybdenum Coating Powder for Industrial Applications
Molybdenum coatings are widely recognized for their ability to withstand high-load, low-speed sliding wear conditions. The [-270+400] mesh cut is a specific particle size distribution that balances surface finish requirements with deposition efficiency. This powder is typically sprayed onto carbon steel, cast iron, and select non-ferrous substrates to improve surface hardness and reduce friction.
Because molybdenum is prone to oxidation at elevated temperatures, it is generally recommended for applications where the coating remains below 350°C (660°F) in service, unless used as a bond coat. The powder morphology is typically agglomerated and sintered or spray-dried to ensure consistent mass flow through powder feeders. Buyers should verify compatibility with their specific gun type and nozzle configuration.
Selection and Process Compatibility
Selecting the correct thermal spray powder involves matching the particle size to the heat source. The [-270+400] cut is generally compatible with:
- Plasma Spray: High-temperature plasma effectively melts molybdenum particles in this size range, producing dense coatings.
- HVOF (High Velocity Oxy-Fuel): Produces very dense, well-bonded molybdenum coatings with low oxide content.
- Flame Spray: Can be used with oxy-acetylene flame spray systems, though parameter optimization is critical for deposition efficiency.
We recommend discussing your specific substrate material, required coating thickness, and surface finish requirements with our team to confirm the suitability of this grade. Pack options include 5 kg tins, 10 kg tins, and 25 kg pails to suit both trial runs and production volumes.
About SPA2Z — Your Source for Molybdenum Powder [-270+400]
SPA2Z supports industrial buyers and contractors in sourcing specialized thermal spray consumables, including Molybdenum Powder [-270+400]. We understand that consistent particle size distribution and reliable supply are critical for surface preparation and coating operations. Our focus is on providing a straightforward procurement path for this specific mesh cut, helping you avoid production downtime.
Whether you are running a plasma spray booth, maintaining HVOF equipment, or testing new coating formulations, we can assist with grade selection and pack size options. We serve manufacturing companies, fabrication workshops, and maintenance teams across India and global markets.
- Request a quotation for your required volume and pack size.
- Confirm compatibility with your specific thermal spray process.
- Enquire about bulk supply and scheduled delivery options.
Applications
Where this powder is commonly sprayed.
Bearing Surfaces
Applied to plain bearings and journals to improve scuff resistance and reduce adhesive wear under high-load conditions.
Synchronizer Rings
Used in automotive transmission components where friction and wear resistance are critical for performance.
Piston Rings
Coated onto piston rings to enhance durability and combat galling in combustion engines and compressors.
Bond Coats
Acts as an intermediate bond layer for subsequent ceramic topcoats, improving overall coating system adhesion.