Discontinued (Discontinued) FE5465 Spherical Fe-based Powder FeCrMnMoWBCSi

Catalogue Number	FE5465
Main Composition	FeCrMnMoWBCSi
Shape	Spherical Powder
Particle Size	53 μm

Spherical Iron-based Powder FeCrMnMoWBCSi offers advantages in terms of uniformity, flowability, and ease of use in powder metallurgy processes such as additive manufacturing and powder injection moulding. Stanford Advanced Materials (SAM) specializes in delivering high-purity spherical Iron-based powder at competitive prices.

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MGs	Fe54.35Cr18.47Mn2.05Mo13.93W5.77B3.22C0.90Si1.32
Laser Power (W)	260-380
Scan Speed (mm/s)	2000
Hatch Distance (μm)	90
Powder Size (μm)	53
Layer Thickness (μm)	50

MGs	Fe54.35Cr18.47Mn2.05Mo13.93W5.77B3.22C0.90Si1.32
Laser power (W)	260-380
Scan speed (mm/s)	2000
Hatch spacing (μm)	90
Powder size (μm)	53
layer thickness (μm)	50

Discontinued (Discontinued) FE5465 Spherical Fe-based Powder FeCrMnMoWBCSi

Spherical Fe-Based Powder FeCrMnMoWBCSi Description

Spherical Fe-Based Powder FeCrMnMoWBCSi Specifications

Spherical Fe-Based Powder FeCrMnMoWBCSi Applications

Spherical Fe-Based Powder FeCrMnMoWBCSi Packaging

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