ACME Celebrates Successful Participation at Thermoobrabotka-2025

ACME is honored to have participated in Thermoobrabotka-2025, the premier event for heat treatment technologies in Russia and CIS countries. This year's exhibition theme focused on "Innovations in Industrial Heat Treatment: Efficiency, Precision, and Sustainability."

Vacuum high temperature graphitization furnace technology

Graphitization is a key heat treatment process. It refers to the heat treatment of materials mainly composed of carbon elements (such as petroleum coke, needle coke, bituminous coke, etc.) at ultra-high temperatures, so that the originally chaotic “chaotic layer” of carbon atomic structure is transformed into a regular, orderly three-dimensional graphite crystal structure. It can be understood as a “high-temperature forging and purification” of carbon materials. After this process, the material's electrical conductivity, thermal conductivity, heat resistance, mechanical strength and chemical stability will beimproved qualitatively,making it a true “artificial graphite” material.

Silicon Carbide Vacuum Sintering Furnace Technology

Silicon Carbide (SiC), as the name suggests, is a semiconductor material composed of the elements carbon and silicon. Usually, most of the semiconductor chips seen in the market are basically made of silicon as the main raw material. Silicon carbide (SiC) can be used as a semiconductor material, mainly because of its resistance to high temperature, high frequency and high pressure.

Vacuum water quenching furnace technology analysis

Silicon Carbide Chemical Vapor Deposition (SiC-CVD) Technology

Silicon carbide coating is not a simple coating common in our daily life. It is a high-temperature chemical reaction that grows a dense, pure film of silicon carbide crystals on the surface of a substrate. You can think of this as a “crystal epitaxial growth” process rather than a simple physical coating. The film is microscopically highly organized and has the same excellent properties as bulk silicon carbide crystals. It inherits all of the excellent properties of silicon carbide and offers revolutionary surface enhancements for a wide range of substrates.

ACME participated in The 30th IFHTSE World Congress, sharing the cutting-edge technologies and application achievements of ultra-high and ultra-large size vertical high-pressure gas quenching furnaces

From August 19 to 22, 2025, the30th International Federation for Heat Treatment and Surface Engineering (IFHTSE) World Congress was grandly held in Suzhou. The event was organized by theInternational Federation for Heat Treatment and Surface Engineering (IFHTSE) and hosted by the Heat Treatment Society of the Chinese Mechanical Engineering Society. It brought together nearly a thousand experts and researchers from over 40 countries and regions. The congress showcased China’s research achievements in the field of heat treatment and surface engineering and promoted international academic exchange.