Metal Powders for Powder Metallurgy
Powder solutions for pressing, sintering and manufacturing structural parts, bearings, gears and other powder metallurgy components.
Application Overview
Powder metallurgy is a manufacturing process that uses metal powders for pressing, compacting and sintering components with controlled shape, density and mechanical performance.
Iron powders, alloyed powders and stainless steel powders are widely used in powder metallurgy applications such as structural parts, bearings, gears, bushings and other sintered components. Suitable powder selection is important for compressibility, flowability, green strength, dimensional stability and final sintered performance.
Key Requirements
Powder selection for powder metallurgy applications depends on chemical stability, particle size distribution, compressibility and sintering performance.
Stable Chemical Composition
Consistent chemical composition helps ensure stable sintering quality and final part performance.
Controlled Particle Size Distribution
Suitable particle size distribution supports powder flow, filling behavior and compacting performance.
Good Compressibility
Good compressibility is important for achieving target green density and dimensional stability.
Suitable Apparent Density & Flowability
Apparent density and flowability affect die filling, production efficiency and process consistency.
Consistent Green Density
Stable green density supports reliable part strength before sintering and reduces production variation.
Reliable Sintering Performance
Reliable sintering behavior helps achieve required mechanical properties and final component quality.
Related Products
The following powder grades are commonly used for powder metallurgy applications. Product recommendations can be adjusted according to your required composition, particle size distribution, apparent density, flowability and processing conditions.
Iron Powder
Atomized Iron Powder
PM-100.29
Atomized Iron Powder
A standard atomized iron powder grade with stable chemical composition, particle size distribution and physical properties for powder metallurgy and related applications.
PM-100.29H
Atomized Iron Powder
An atomized iron powder grade with controlled apparent density, flowability and sieve distribution for applications requiring stable powder characteristics.
PM-100.28
Atomized Iron Powder
An atomized iron powder grade suitable for applications requiring stable iron content, controlled sieve analysis and reliable processing performance.
Reduced Iron Powder
PMR80.23
Reduced Iron Powder
A reduced iron powder grade for powder metallurgy applications requiring suitable particle size, stable quality and reliable processing performance.
PMR100.23
Reduced Iron Powder
A reduced iron powder grade suitable for powder metallurgy parts requiring controlled chemical composition and consistent powder properties.
PMR100.25
Reduced Iron Powder
A reduced iron powder grade used for sintered parts and powder metallurgy components requiring stable processing performance.
PMR100.27
Reduced Iron Powder
A sponge iron powder grade suitable for powder metallurgy applications requiring stable particle size distribution and processing performance.
Sponge Iron Powder
PMS100.23
Sponge Iron Powder
A sponge iron powder grade for powder metallurgy applications requiring suitable compressibility and stable sintering behavior.
PMS100.25
Sponge Iron Powder
A sponge iron powder option for powder metallurgy components requiring controlled physical properties and reliable batch consistency.
PMS100.27
Sponge Iron Powder
A sponge iron powder grade suitable for powder metallurgy applications requiring stable particle size distribution and processing performance.
Alloyed Powder
Pre-alloyed Powder
PM-100.29A1
Pre-alloyed Powder
A pre-alloyed powder grade for powder metallurgy applications requiring improved strength, hardenability and stable sintered performance.
PM-100.29A2
Pre-alloyed Powder
A pre-alloyed powder option suitable for structural parts and sintered components requiring reliable mechanical properties.
PM-100.29A3
Pre-alloyed Powder
A pre-alloyed powder grade designed for powder metallurgy applications requiring controlled composition and consistent processing performance.
PM-100.29A4
Pre-alloyed Powder
A pre-alloyed powder grade for applications requiring stable powder quality, improved hardenability and reliable sintering behavior.
Diffusion Bonded Powder
PM-100.29D1
Diffusion Bonded Powder
A diffusion bonded powder grade for powder metallurgy applications requiring stable alloy distribution, improved compressibility and reliable sintered performance.
PM-100.29D2
Diffusion Bonded Powder
A diffusion bonded powder option suitable for structural PM parts requiring controlled alloying, stable powder quality and consistent processing performance.
Molybdenum Alloyed Powder
PM-60Mo
Molybdenum Alloyed Powder
A molybdenum alloyed powder grade for powder metallurgy parts requiring enhanced strength, hardenability and wear-related performance.
PM-90Mo
Molybdenum Alloyed Powder
A molybdenum alloyed powder option for high-performance sintered components requiring improved mechanical properties.
PM-150Mo
Molybdenum Alloyed Powder
A molybdenum alloyed powder grade suitable for demanding powder metallurgy applications requiring higher alloying performance.
Free Cutting Steel Powder
PM-100.29S1
Free Cutting Steel Powder
A special alloyed powder grade for powder metallurgy applications requiring specific composition control and stable processing performance.
PM-100.29S2
Free Cutting Steel Powder
A special alloyed powder option designed for PM applications requiring tailored powder properties and reliable sintering behavior.
Molybdenum Alloyed Powder
PM-H45P
Molybdenum Alloyed Powder
A sponge iron powder grade for powder metallurgy applications requiring suitable compressibility and stable sintering behavior.
PM-H60P
Molybdenum Alloyed Powder
A sponge iron powder option for powder metallurgy components requiring controlled physical properties and reliable batch consistency.
PM-S60P
Molybdenum Alloyed Powder
A sponge iron powder grade suitable for powder metallurgy applications requiring stable particle size distribution and processing performance.
Custom Support & Technical Discussion
Our team can recommend suitable powder grades according to your application, target chemical composition, particle size distribution, apparent density, flowability, compressibility and processing requirements.
TDS, COA, samples and quotations can be provided upon request.
Grade Recommendation
Suitable powder grades can be recommended according to your application and technical requirements.
TDS & COA Available
Technical data sheets and certificates of analysis can be provided for product evaluation.
Sample Support
Samples can be arranged for laboratory testing and production trial evaluation.
Quotation Support
Quotations can be prepared based on grade, quantity, packaging and delivery terms.
Need Help Selecting the Right Powder Grade?
Send us your application details, target specification, current supplier grade or required quantity. Our team will review your requirements and recommend suitable powder options.