Asia Advanced Materials —— Empowering Advanced Manufacturing

Service Hotline：

Email：

sales@asia-materials.com

Language

中文简体

English

Home page

Asia Materials Latest News | Asia Materials Showcases at the 2025 National Forum on Innovative Development of Nanometal Powder/Slurry Preparation and Applications

Release date:

2025-09-26

Author:

Source:

Abstract

In the golden autumn month of September, a major industry event was held as scheduled. On September 26, the “2025 National Forum on Innovative Development of Nanometal Powder/Slurry Preparation and Applications” concluded successfully in Jiangsu. Asia New Materials (Beijing) Co., Ltd. showcased its core products, earning widespread attention from peers with its professional expertise and innovative achievements.

In the golden autumn month of September, a major industry event was held as scheduled. On September 26, the “2025 National Forum on Innovative Development of Nanometal Powder/Slurry Preparation and Application” concluded successfully in Jiangsu. Asia New Materials (Beijing) Co., Ltd. showcased its core products, garnering widespread attention from peers with its professional expertise and innovative achievements.

The forum was held in a vibrant atmosphere, bringing together research institutions, upstream and downstream enterprises, and industry experts in the field of nano-metal powders to discuss avenues for technological breakthroughs and prospects for market applications. As a high-tech enterprise specializing in high-quality spherical metal powders, Asia Materials’ booth drew a steady stream of visitors, with many attendees stopping by to seek information and engage in in-depth discussions on the properties, application scenarios, and customized services of micron- and nanoscale copper powders, underscoring the market’s keen interest in premium nano-metal powder materials.

Why has micron‑ and nano‑sized copper powder captured widespread attention?

The answer lies in its hardcore performance and exceptional value for money.

As a highly sought-after strategic material, micron‑ and nanoscale copper powder combines excellent luster with outstanding electrical conductivity. Moreover, its relatively low cost provides a significant cost advantage over precious metals, making it ideally suited to meet the large‑scale production demands of key sectors such as high‑density printed circuit boards (PCBs), semiconductor packaging, 3C electronic products, and photovoltaic cells.

From the perspective of material properties, Asia Materials’ micro‑nano copper powder appears as a purplish‑brown or slightly reddish powder, with stable physical parameters—its density is approximately 8.92–8.94 g/cm³, its melting point is 1083°C, and its boiling point is 2595°C—meeting the stringent performance requirements of various applications.

Typical morphology

This forum is not only a platform for Asia Materials to showcase its strength, but also an important window for connecting industry resources and gaining insights into market trends. Looking ahead, Asia Materials will continue to deepen its research and development and production of nano-metal powders, leveraging higher-quality products and services to drive innovation and development in the industry, and injecting greater momentum into advancements in fields such as electronics, new energy, and aerospace!

Keywords:

Major Breakthrough | World’s First Pure Copper Powder Dedicated to 1064nm Infrared Lasers! Asia Materials Invites You to Join TCT Asia 2026

The 6th International Graduate Forum on Intelligent Welding and Additive Manufacturing has opened in Taiyuan, bringing together participants to explore the industry’s sustainable development.

Recommended Reading

No Compromise on Performance, No Burden on the Environment: Additive Manufacturing of Cu15Ni8Sn High-Elasticity Copper Alloy

High‑elasticity copper alloys are indispensable in aerospace, electronics and telecommunications, precision instrumentation, and other fields. However, in conventional high‑end copper alloy systems, certain grades contain toxic elements, posing increasingly severe environmental and occupational health and safety challenges throughout production, processing, and recycling. Consequently, usage risks, supply‑chain uncertainties, and cost pressures continue to rise.

2026-08-10

Special Feature Preview | From High‑Temperature Refractory Materials to Aerospace‑Grade Certification! Our Company Will Be Present at the 5th Ningbo Additive Manufacturing Innovation Conference 2026.

The 5th Additive Manufacturing Innovation Conference (AMIC2026) will open with great fanfare from July 15 to 17 at the Hyatt Regency Ningbo Lakeside in Ningbo, Zhejiang. Bringing together academicians and leading experts, top-tier equipment manufacturers, materials‑R&D firms, and major aerospace integrators, the conference will host in-depth discussions on materials innovation, process breakthroughs, and the large‑scale deployment of high‑end additive manufacturing systems. It stands as one of the most influential industry‑wide forums for additive manufacturing in the Yangtze River Delta region in the second half of the year.

2026-07-09

CuCr25–50 Alloy Spherical Powder: Redefining Contact Fabrication

Copper–chromium (CuCr) contact materials exhibit excellent switching performance, superior arc‑erosion resistance, and low current‑limiting characteristics, making them widely used in vacuum circuit breakers and vacuum contactors rated at 126 kV and below. Among these properties, the uniformity of chromium distribution and the degree of grain refinement are critical determinants of the material’s core performance, directly influencing its electrical and thermal conductivity, service life, and dimensional stability. However, conventional powder metallurgy and casting processes have long been constrained by limitations in chromium particle size, resulting in coarse Cr phases, compositional segregation, and elevated oxygen and nitrogen contents. These issues significantly cap the performance ceiling of CuCr materials, posing substantial technical barriers to the production of high‑quality CuCr25–50 alloys.

2026-05-28