Alloyed Powder
We supply alloyed powder grades for powder metallurgy and related industrial applications, including pre-alloyed powder, diffusion bonded powder, molybdenum alloyed powder and free cutting steel powder grades.
Alloyed Powder for Powder Metallurgy Applications
Alloyed powder products are designed for applications requiring controlled alloying elements, stable particle size distribution, apparent density, flowability and compressibility.
Different alloyed powder grades can be reviewed according to customer formulation, production process, mechanical property requirements and current supplier reference.
Alloyed Powder Series
Different alloyed powder series can be selected according to alloying elements, bonding process, application requirements and target performance.
Pre-alloyed Powder
Pre-alloyed powder grades can be reviewed according to alloy composition, particle size distribution and powder metallurgy processing requirements.
Diffusion Bonded Powder
Diffusion bonded powder grades are designed for applications requiring stable alloy distribution, compressibility and processing consistency.
Molybdenum Alloyed Powder
Molybdenum alloyed powder grades are suitable for applications requiring controlled Mo content and stable physical properties.
Free Cutting Steel Powder
Free cutting steel powder grades can be reviewed for applications requiring improved machinability and controlled sulfur content.
Pre-alloyed Powder Grades
Typical pre-alloyed powder grades can be reviewed according to chemical analysis, physical properties and sieve analysis requirements.
PM-100.29A1
A pre-alloyed powder grade containing nickel and molybdenum, suitable for powder metallurgy applications requiring stable chemistry and processing performance.
Key Data:
Ni: 1.81 wt%
Mo: 0.47 wt%
Apparent Density: 3.01 g/cm³
Flow: 26.00 s/50 g
PM-100.29A2
A pre-alloyed powder grade with multiple alloying elements including nickel, molybdenum, chromium, cobalt and copper for customer-specific PM applications.
Key Data:
Ni: 0.84 wt%
Mo: 0.48 wt%
Cr: 0.20 wt%
Cu: 0.43 wt%
PM-100.29A3
A nickel-molybdenum alloyed powder grade with controlled particle size distribution and physical properties for powder metallurgy applications.
Key Data:
Ni: 3.91 wt%
Mo: 0.48 wt%
Apparent Density: 2.99 g/cm³
Flow: 25.5 s/50 g
PM-100.29A4
A pre-alloyed powder grade with nickel and higher molybdenum content, suitable for applications requiring specific alloy composition and stable processing performance.
Key Data:
Ni: 1.48 wt%
Mo: 1.30 wt%
Apparent Density: 2.98 g/cm³
Flow: 27.1 s/50 g
Diffusion Bonded Powder Grades
Diffusion bonded powder grades are designed for applications requiring controlled alloying elements, stable compressibility and reliable powder metallurgy processing performance.
PM-100.29D1
A diffusion bonded powder grade containing nickel, molybdenum and copper for PM applications requiring stable chemical and physical performance.
Key Data:
Ni: 1.73 wt%
Mo: 0.52 wt%
Cu: 1.58 wt%
Apparent Density: 3.05 g/cm³
PM-100.29D2
A diffusion bonded powder grade with higher nickel content and controlled molybdenum and copper additions for customer-specific powder metallurgy applications.
Key Data:
Ni: 3.82 wt%
Mo: 0.53 wt%
Cu: 1.36 wt%
Flow: 26 s/50 g
PM-100.29D3
A diffusion bonded powder grade with nickel, molybdenum and copper additions, suitable for applications requiring stable green density and particle size control.
Key Data:
Ni: 3.83 wt%
Mo: 1.37 wt%
Cu: 2.00 wt%
Green Density @ 600 MPa: 7.13 g/cm³
PM-100.29D4
A diffusion bonded powder grade with controlled nickel, molybdenum and copper content for powder metallurgy applications requiring reliable processing consistency.
Key Data:
Ni: 1.51 wt%
Mo: 0.51 wt%
Cu: 1.85 wt%
Apparent Density: 3.03 g/cm³
PM-100.29D5
A diffusion bonded powder grade containing nickel, molybdenum and copper, suitable for PM applications requiring stable flowability and alloy distribution.
Key Data:
Ni: 1.085 wt%
Mo: 1.493 wt%
Cu: 1.145 wt%
Flow: 26.1 s/50 g
Molybdenum Alloyed Powder Grades
Molybdenum alloyed powder grades are suitable for powder metallurgy applications requiring controlled molybdenum content, stable physical properties and processing performance.
PM-60Mo
A molybdenum alloyed powder grade with controlled Mo content for powder metallurgy applications requiring stable compressibility and processing performance.
Key Data:
Mo: 0.54 wt%
Apparent Density: 2.99 g/cm³
Flow: 25.9 s/50 g
Green Density @ 600 MPa: 7.14 g/cm³
PM-90Mo
A molybdenum alloyed powder grade with medium Mo content, suitable for PM applications requiring stable particle size distribution and physical properties.
Key Data:
Mo: 0.84 wt%
Apparent Density: 3.0 g/cm³
Flow: 27.8 s/50 g
Green Density @ 600 MPa: 7.13 g/cm³
PM-150Mo
A higher molybdenum alloyed powder grade for powder metallurgy applications requiring specific alloy composition and stable processing performance.
Key Data:
Mo: 1.45 wt%
Apparent Density: 3.02 g/cm³
Flow: 26.8 s/50 g
Green Density @ 600 MPa: 7.07 g/cm³
Free Cutting Steel Powder Grades
Free cutting steel powder grades are designed for applications requiring improved machinability, controlled sulfur content and stable powder metallurgy processing performance.
PM-100.29S1
A free cutting steel powder grade with controlled sulfur content, suitable for PM applications requiring improved machinability and stable processing performance.
Key Data:
Typical data can be provided upon request.
PM-100.29S2
A free cutting steel powder grade that can be reviewed according to customer application, machining requirements, sulfur content and target powder metallurgy process.
Key Data:
Fe: 99.16 wt%
S: 0.37 wt%
Apparent Density: 2.99 g/cm³
Flow: 27.6 s/50 g
Need a Suitable Alloyed Powder Grade?
Send us your application, target specification, current supplier grade or required alloy composition. Our team will review your requirements and recommend a suitable alloyed powder option.