Wholesale Alloy powder Manufacturer, Pricelist

Technology: Vacuum Induction Melting Gas Atomization (VIGA) Advantages: Customized chemical components, better fluidity and sphericity with higher bulk density. The AM parts have higher strength, lower crack sensitivity and more than 540MPa tensile strength. Application: 3D Printing for light-weight or L-Temp. injection mould used in the aerospace or automotive industries.

Product Description

High-Strength Alloy Powder

Technology

Vacuum Induction Melting Gas Atomization (VIGA)

Advantages

Customized chemical components, better fluidity and sphericity with higher bulk density. The AM parts have higher strength, lower crack sensitivity and more than 540MPa tensile strength.

Application

3D Printing for light-weight or L-Temp. injection mould used in the aerospace or automotive industries.

3D Printing Alloy Powder

Technology

Vacuum Induction Melting Gas Atomization (VIGA)

Advantages

Lower rate of satellite and hollow powder, Better fluidity and sphericity with higher bulk density. The AM parts have better corrosion resistance, lower density and higher mechanical strength, less requirements for heat treatment comparing to the casting parts.

Application

3D Printing for light-weight or bracket structural parts and heat dissipation components used in the aerospace or automotive industries.

Particle Size

14-45um, 15-53um, 20-63um, 63-106um or customized spec. according to requirements, etc.

Packaging

Aluminum foil bag / Plastic bottle / Steel barrel / or Vacuum packing.

3D Printing Processing Services

Providing 3D printing material development, 3D printing verification and printing processing services for high-end manufacturing industries of aerospace, automotive and intelligent manufacturing:

  • Integrated designing and manufacturing of combining with material, structure and function

  • Designing and manufacturing of complex linear pipes

  • Topology optimization designing and structure fabrication

Frequently Asked Questions (FAQ)

QWhat manufacturing technology is used for these alloy powders?

Both the High-Strength Alloy Powder and the 3D Printing Alloy Powder are manufactured using Vacuum Induction Melting Gas Atomization (VIGA) technology.

QWhat are the key benefits of High-Strength Alloy Powder?

It features customized chemical components, better fluidity and sphericity with higher bulk density. Additively manufactured (AM) parts using this powder exhibit higher strength, lower crack sensitivity, and a tensile strength exceeding 540MPa.

QHow does 3D printing alloy powder compare to traditional casting parts?

It delivers a lower rate of satellite and hollow powder, along with better fluidity, sphericity, and bulk density. Additionally, the AM parts exhibit better corrosion resistance, lower density, higher mechanical strength, and require fewer heat treatments compared to traditional casting parts.

QWhat industries benefit from these alloy powders?

They are highly suitable for high-end manufacturing sectors including the aerospace, automotive, and intelligent manufacturing industries, particularly for lightweight structures, injection moulds, bracket structural parts, and heat dissipation components.

QWhat particle sizes and packaging options are available?

Available particle sizes include 14-45um, 15-53um, 20-63um, 63-106um, or customized specifications. Packaging options include aluminum foil bags, plastic bottles, steel barrels, or vacuum packing.

QWhat 3D printing processing support do you provide?

Services include material development, validation, and printing processing. Support covers integrated design/manufacturing (combining materials, structure, and functions), design of complex linear pipes, and topology optimization.

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