Wholesale Alloy powder Manufacturer, Factory

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.
3DPrinting 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, higher mechanical strength, and less requirements for heat treatment comparing to 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 combining material, structure, and function
Designing and manufacturing of complex linear pipes
Topology optimization designing and structure fabrication
Frequently Asked Questions
What technology is used to manufacture the alloy powders?

The alloy powders are manufactured using Vacuum Induction Melting Gas Atomization (VIGA) technology.

What mechanical properties can be achieved with the High-Strength Alloy Powder?

Additive manufactured (AM) parts offer higher strength, lower crack sensitivity, and exceed 540MPa in tensile strength.

What particle sizes are available for 3D printing?

Standard distributions include 14-45um, 15-53um, 20-63um, and 63-106um. Customized specifications are also supported based on client requirements.

What industries and applications are these powders designed for?

They are primarily applied in aerospace and automotive industries for lightweight components, low-temperature injection moulds, bracket structural parts, and heat dissipation components.

What packaging options are available?

Powders can be packaged in aluminum foil bags, plastic bottles, steel barrels, or via vacuum packing.

What comprehensive 3D printing processing services are provided?

Services include material development, verification, integrated structure-material-function design, manufacturing of complex linear pipes, and topology optimization fabrication.

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