-
ACME Successfully Concludes Participation at Ceramics Japan 2025 in Tokyo
2025-11-17ACME is proud to announce the successful conclusion of our exhibition at Ceramics Japan 2025 in Tokyo. We were delighted to showcase our advanced thermal processing solutions and materials at one of the industry's premier events.
VIEW MORE -
ACME to Showcase Advanced High-Performance Ceramic Solutions at CERAMICS JAPAN 2025
2025-11-11ACME is proud to announce its participation in the prestigious CERAMICS JAPAN 2025, the leading international exhibition for high-performance ceramics. The event will be held from November 12th to 14th, 2025, at the Makuhari Messe, Chiba, Japan. We warmly invite you to visit us at Booth 9-28 in Hall 2 to discover our cutting-edge technologies and materials.
VIEW MORE -
ACME Special Equipment R&D Base Breaks Ground, Advancing Toward New Heights in Global R&D
2025-10-30On the morning of October 30,ACME held a grand groundbreaking ceremony for its Special Equipment R&D Base project.
VIEW MORE -
Technical Analysis and Practical Application of Vacuum High-Pressure Gas Quenching Furnaces
2025-10-29In high-end manufacturing, the enhancement of material properties often hinges on “the final decisive step” of heat treatment processes. As a core piece of equipment in modern heat treatment, theVacuum High-Pressure Gas Quenching Furnaceis redefining the performance boundaries of precision components through its unique technological advantages. This article will delve into its technical core and application value.
VIEW MORE -
Deepening Research in Lithium Battery Recycling Technology Beijing University of Technology, ACME, and Others Publish Paper in Nature
2025-10-27On October 22, 2025, a research paper titled“A circular economy approach for the global lithium-ion battery supply chain”was jointly published in the internationally renowned journal Nature by Beijing University of Technology, Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, Jinggangshan University, Beijing Normal University,ACME, and other institutions.
VIEW MORE -
Core Process of Vacuum Graphitization Furnaces
2025-10-23A vacuum graphitization furnace is an industrial apparatus designed for high-temperature processing of carbon materials. Its core process involves subjecting carbon materials (such as carbon fibers, anode materials, etc.) to extreme temperatures (2000–3000°C) in a vacuum or inert gas environment, enabling their transformation into a highly ordered graphite crystal structure through graphitization.
VIEW MORE