Matexcel Expands Copper‑Alloy Powder Portfolio to Support Advanced Materials Applications

Matexcel, a materials technology company specializing in advanced powders and alloys, today announced an updated line of Cu‑based metal powders, strengthening its portfolio of copper‑alloy materials. The new offering is intended to support industries such as aerospace, automotive, electronics, additive manufacturing and biomedical engineering with higher‑performance copper alloy powder tailored for specific applications.
 
Copper based metal powders play a critical role in a wide variety of technical applications. Their combination of excellent thermal and electrical conductivity, good machinability, and compatibility with powder‑metallurgy and additive‑manufacturing routes make them a go‑to material for components like electrical contacts, heat‑exchangers, and 3D‑printed metal parts. As Matexcel notes, these powders are increasingly used in powder metallurgy, 3D printing, electronic product welding, the automotive sector and aerospace assemblies.
 
Matexcel’s updated copper‑alloy powder offerings include the following formulations:
 
* Copper‑based CuSn10 Powder: Available in particle sizes 15‑53 µm and 45‑105 µm.
* Copper‑based CuCrZr (C18150) Alloy Powder: A precipitation‑hardened alloy with Cr and Zr, particle size 15‑53 µm.
* Copper‑based H68 Powder (Catalog MET‑0052): available 15‑53 µm and 45‑105 µm sizes.
* Copper‑based Cu‑30Ni Alloy Powder (Catalog MET‑0074): For more specialized nickel‑modified copper alloys.
 
Beyond these, Matexcel offers various nanostructured copper‑alloy powders (e.g., Cu‑Zn, Cu‑Sn nanoproducts) designed for demanding use‑cases in additive manufacturing and advanced metallurgy.

By launching this enhanced copper‑alloy powder line, Matexcel addresses a growing need for customizable, high‑quality metal powders suited for demanding applications—from electronics and welding to 3D printed aerospace parts. The copper‑alloy powder category benefits designers and engineers seeking materials with both conductivity and mechanical strength. The improved portfolio ensures that researchers and industrial clients can access powders with optimized chemical composition, size distribution, and alloying elements.
 
“Our updated copper‑alloy powder series allows us to deliver tailored copper‑based solutions that meet both conductivity and strength requirements,” said Johnson, a representative speaker from Matexcel. “Whether the target is additive manufacturing, electronic parts or high‑performance mechanical components, our powders provide the consistency and performance our clients need.”
 
These copper‑alloy powders are now available worldwide, via Matexcel’s online platform and inquiry system. This launch complements Matexcel’s broader materials services, including custom metal & alloy development, powder manufacturing, material analysis and surface engineering. The expanded copper‑alloy powder line adds to Matexcel’s range of materials offerings, supporting research, prototyping, and production applications.
 
For more information on the updated copper‑alloy powder range, please visit: https://www.matexcel.com/cu‑based‑metal‑powder.html.