Product
Atomized Spherical Magnesium Powder
Atomized Spherical Al-Mg Alloy Powder
Atomized Spherical Magnesium Alloy Powder
Atomized Spherical Mg-Zn Alloy Powder
Atomized Spherical Mg-Li Alloy Powder
Mg-Based Hydrogen Storage Alloy Powder
Atomized Spherical Mg-Al-Zn Alloy Powder
Atomized Spherical Mg-Al-Si Alloy Powder
High-Strength Al-Based Alloy Powder
Atomized Spherical Al-Li Alloy Powder
Atomized Spherical Al-Zn Alloy Powder
Aomized Spherical Al-Si Alloy Powder
Atomized Mg-RE Series Alloy Powder
Other Atomized Spherical Magnesium-Based and Aluminum-Based Alloy Powders
About
Profile
Equity Structure
Honors
R&d Team
Core Competencies
Career
Blog
Video
Technology
Application Fields
Additive Manufacturing / 3D Printing
Service Support
FAQ
Feedback
Contact
中文版
ENGLISH
Get Quotes
About Us
2026-09-01
Metal Powder for Additive Manufacturing: Complete Materials Guide 2026
Learn more
Spherical magnesium powder manufacturers: a complete buyer's guide for 2026
2026-08-31
Observations from the Formnext Show in Shenzhen: Metal Additive Manufacturing Accelerates Toward Lightweighting and Large-Scale Applications
During the 2026 Formnext exhibition in Shenzhen, metal additive manufacturing has emerged as a central focus of the industry chain. With advancements in technologies such as laser powder bed fusion (LPBF) and electron beam additive manufacturing, the sector is shifting from early-stage technology validation and small‑batch production toward high‑performance materials, complex geometries, lightweight design, and large‑scale applications. The material, equipment, and process trends showcased at the event indicate that the competitive landscape of metal additive manufacturing is evolving—from “can it be printed?” to “can it deliver weight reduction, integration, and enhanced performance?” In particular, demand for lightweight, intricately integrated components continues to grow across sectors such as aerospace, embodied robotics, and consumer electronics. As a low‑density structural metal, magnesium alloy, when combined with additive manufacturing, holds significant potential to unlock greater advantages in weight reduction, complex‑structure fabrication, and functional integration.
2026-08-13
Metal powder additive manufacturing: a complete process guide for engineers
A comprehensive 2026 guide to metal powder additive manufacturing covering process types, cost breakdowns, powder qualification standards, mechanical property comparisons, safety protocols, and emerging materials including magnesium alloys and high-entropy alloys for US engineers and manufacturers.
Metal powder manufacturer: a complete buyer's guide for 2026
Looking for a reliable metal powder manufacturer in 2026? This complete buyer's guide covers atomization methods, supplier qualification, pricing benchmarks, safety compliance, and supply chain transparency — everything US engineers and procurement teams need.
2026-08-18
How to choose pure magnesium metal powder for your application
A comprehensive 2026 guide to selecting pure magnesium metal powder by purity, particle size, application, and safety compliance. Covers pyrotechnics, hydrogen storage, biomedical use, pricing tiers, and OSHA/DOT regulations for US buyers.
