Thermal Spray Gun > Coating Powder
Iron-Based Hardfacing Powder 10-30 µm
| 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 | Iron-Based Hardfacing Powder 10-30 µm |
|---|---|
| Product Name | Iron-Based Hardfacing Powder |
| Particle Size | 10-30 µm |
| Material Base | Iron |
| Chemistry / Grade | To be specified on enquiry |
| Morphology | To be confirmed (typically spherical/irregular for thermal spray) |
| Coating Hardness | To be confirmed (dependent on grade and spray parameters) |
| Process Compatibility | HVOF, Plasma, Flame Spray |
| Pack Sizes | 5 kg tin, 10 kg tin, 25 kg pail |
| Availability | Quotation on request |
Product description
Details buyers use to confirm grade, use and supply.
Thermal Spray Hardfacing with Iron-Based Powders
Iron-based hardfacing alloys offer a cost-effective solution for combating wear without the premium associated with nickel or cobalt matrices. The 10-30 µm particle size range is specifically tailored for high-velocity oxy-fuel (HVOF) and plasma spray systems, ensuring consistent powder feeding, optimal melting, and the formation of a homogeneous coating microstructure. The fine particle distribution allows for the deposition of smooth, low-porosity coatings that require minimal post-spray finishing.
Particle Size and Process Compatibility
The 10-30 µm cut is a critical parameter for achieving high coating density and bond strength. Finer particles accelerate and melt more efficiently in the thermal spray jet, leading to higher impact velocities and superior splat formation. This powder is typically recommended for:
- HVOF Spraying: Produces the densest coatings with the highest bond strength for critical wear applications.
- Plasma Spraying: Suitable for applications requiring a balance of coating quality and deposition rate.
- Flame Spraying: Can be used for less demanding applications or on-site repairs where process simplicity is valued.
Industrial Applications for Iron-Based Coatings
Iron-based hardfacing coatings are widely used to protect parts that encounter sliding abrasion, cavitation, and metal-to-metal wear. Common applications include the reclamation of worn shafts, hydraulic rods, pump sleeves, and bearing journals. The coating's hardness and microstructure can be tailored by adjusting spray parameters, making it a versatile choice for maintenance teams and component manufacturers looking to enhance durability without changing the base material.
About SPA2Z — Iron-Based Hardfacing Powder Supply
SPA2Z supports industrial buyers in sourcing iron-based hardfacing powder for their thermal spray operations. We understand that coating performance depends on consistent powder quality, from chemistry to particle size distribution. Our role is to connect your requirement with the right grade, ensuring the 10-30 µm powder you receive is suitable for your specific spray equipment and wear challenge.
Whether you are qualifying a new coating for a production part or need a reliable source for your maintenance workshop, we provide a straightforward enquiry process. Tell us your target hardness, spray process, and pack size preference, and we will respond with a competitive quotation. We supply in 5 kg tins, 10 kg tins, and 25 kg pails to match your consumption rate.
Applications
Where this powder is commonly sprayed.
Shaft Reclamation
Restore worn bearing journals, seal areas, and pump shafts to original dimensions with a wear-resistant iron-based coating.
Hydraulic Rod Repair
Apply a hardfacing layer to hydraulic cylinder rods to protect against scoring and abrasive wear in harsh environments.
General Wear Protection
Coat slides, guides, and other machine elements subject to sliding abrasion to extend component life and reduce downtime.