18Ni300 Mold Steel Alloy Spherical Powder | 18Ni300 Alloy Powder | Additive Manufacturing | 3D Printing

18Ni300 Mold Steel Alloy Spherical Powder: We offer a wide range of high-quality, customizable spherical metal powders in various particle sizes, available in stock with fast lead times. Our products cater to large-scale projects and specific client needs, making them ideal for aerospace, marine, and defense applications.

Description

18Ni300 Mold Steel Alloy Spherical Powderx – Optimized for Additive Manufacturing

18Ni300 Mold Steel Alloy Spherical Powderx is expertly crafted for 3D printing, delivering superior performance in precision-demanding sectors like aerospace, automotive, and medical industries. Utilizing advanced atomization techniques, this premium powder features highly spherical particles for enhanced flowability and packing density. This improves printing process, layer adhesion, and results in outstanding surface finishes. Ideal for laser and electron beam powder bed fusion technologies, 18Ni300 Mold Steel Alloy Spherical Powder is your key to efficient, high-quality outputs.

Typical Chemical Compositions and Specifications

Our 18Ni300 Mold Steel Alloy Spherical Powder powder meets rigorous industry standards:


SKU#ProductPurityParticle SizeStandard Packaging
HMSP0188-118Ni300 Mold Steel Alloy Spherical PowderCustomized1-10um1kg, 5 kgs, 25 kgs
HMSP0188-218Ni300 Mold Steel Alloy Spherical PowderCustomized5-15um1kg, 5 kgs, 25 kgs
HMSP0188-318Ni300 Mold Steel Alloy Spherical PowderCustomized5-25um1kg, 5 kgs, 25 kgs
HMSP0188-418Ni300 Mold Steel Alloy Spherical PowderCustomized15-45um1kg, 5 kgs, 25 kgs
HMSP0188-518Ni300 Mold Steel Alloy Spherical PowderCustomized15-53um1kg, 5 kgs, 25 kgs
HMSP0188-618Ni300 Mold Steel Alloy Spherical PowderCustomized45-105um1kg, 5 kgs, 25 kgs
HMSP0188-718Ni300 Mold Steel Alloy Spherical PowderCustomized53-337um1kg, 5 kgs, 212 kgs

Particle Size Discription (PSD)

The Particle Size Distribution (PSD) of spherical metal powders is crucial for high-performance applications like 3D printing and metallurgy. Our powders feature a tightly controlled PSD for optimal flowability, packing density, and consistent results. Ideal for precision-demanding industries.
Particle SizeParticle Size DescriptionPSD
(Malvern laser particle size analyzer)
15-45μmD10=15-20μmD50=25-30μmD90=35-40μm
The particle size distribution of the spherical powders.
15-53μmD10=15-20μmD50=25-35μmD90=45-50μm
5-25μmD10=5-10μmD50=15-20μmD90=20-25μm
45-75μmD10=45-55μmD50=55-65μmD90=70-75μm
45-105μmD10=50-60μmD50=75-85μmD90=95-105μm
75-150μmD10=80-90μmD50=110-125μmD90=135-150μm

*Custom PSDs (Particle Size Distributions) available upon request.

Applications of 18Ni300 Mold Steel Alloy Spherical Powder

  • Additive Manufacturing: Enables complex designs and lightweight structures.
  • Powder Metallurgy: Facilitates the creation of dense, uniform parts.
  • Aerospace Components: Produces high-strength, lightweight parts for aircraft.
  • Automotive Industry: Enhances fuel efficiency with precision components.
  • Biomedical Devices: Supports the development of custom, biocompatible implants.
  • Coatings: Provides superior wear resistance for thermal spray applications.

Product Notes, Packaging, and Shipping

  • Packaging Options: Available in 1kg, 5kg, and 25kg containers. Custom packaging available.
  • Shipping via UPS, DHL, FedEx, and more.
  • Delivery Times: 1-2 weeks for stock items, 4-5 weeks for custom orders.

Where to Purchase 18Ni300 Mold Steel Alloy Spherical Powder in Bulk?

We are a leading supplier and manufacturer of high-quality Spherical Powder. Leveraging extensive expertise, we offer competitive pricing and customized solutions to ensure exceptional quality and customer satisfaction.

Additional information

Molecular Formula / Grade

18Ni300

Particle Size

2-10um, 5-15um, 5-25um, 15-45um, 15-53um, 45-105um, 53-150um, Customized

Production Method

VIGA, EIGA, PREP, WA, PDR, CA

Purity

NA

Schedule B

7205.21.0000

CAS

NA

Melting Point

NA

Boiling Point

NA

Density

NA

Composition

18Ni300

Morphology

Spherical

Enquiry Form