PM-100.29D5 Diffusion Bonded Powder

PM-100.29D5 is a diffusion bonded powder grade containing nickel, molybdenum and copper, suitable for applications requiring stable flowability, controlled alloy distribution and reliable powder metallurgy processing performance.

Product Overview

PM-100.29D5 is a diffusion bonded powder grade designed for applications requiring controlled nickel, molybdenum and copper additions, stable chemical composition, particle size distribution and processing consistency.

It can be reviewed according to customer application, target performance requirements, production process and current supplier reference.

Technical Data Sheet

PM-100.29D5 Typical Technical Data

Typical reference values for chemical analysis, physical properties and sieve analysis. Full TDS and COA can be provided upon request.

Main Alloy Ni-Mo-Cu Diffusion Bonded Powder
Nickel Content 1.085 wt%
Molybdenum Content 1.493 wt%
Copper Content 1.145 wt%
01

Chemical Analysis

Main chemical composition and impurity control.

Test Name Unit Typical Value Specification
C (Carbon) wt% 0.006 ≤0.015
Si (Silicon) wt% 0.03 ≤0.05
Mn (Manganese) wt% 0.08 ≤0.15
P (Phosphorus) wt% 0.011 ≤0.015
S (Sulfur) wt% 0.01 ≤0.015
Mo (Molybdenum) wt% 1.493 1.30–1.60
Ni (Nickel) wt% 1.085 0.80–1.20
Cu (Copper) wt% 1.145 0.80–1.20
HL (Hydrogen Loss) wt% 0.14 ≤0.15
02

Physical Properties

Key powder properties for processing and compaction performance.

Test Name Unit Typical Value Specification
Apparent Density (Hall) g/cm³ 3.07 3.00–3.30
Flow (Hall) s/50 g 26.1 ≤30
Green Density @ 600 MPa g/cm³ 7.10 ≥7.00
03

Sieve Analysis

Typical particle size distribution based on sieve analysis.

Particle Size Unit Typical Value Specification
180–200 μm wt% 0 ≤1
150–180 μm wt% 4 ≤10
106–150 μm wt% 22 bal.
75–106 μm wt% 26 bal.
45–75 μm wt% 28 bal.
-45 μm wt% 20 15–30
Note: The above data is for general reference only. Actual values may vary by production batch. Detailed TDS and COA are available according to customer requirements.

Need PM-100.29D5 Diffusion Bonded Powder?

Send us your application, target specification, current supplier grade, required alloy composition or quantity. Our team will review your requirements and provide suitable technical support, sample options and quotation.

Scroll to Top