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Silicon Carbide Vacuum Debinding Sintering Furnace Process
2026-01-15In advanced manufacturing, new energy, aerospace, and other fields, silicon carbide ceramics have emerged as a key material to replace traditional metals and ordinary ceramics due to their exceptional properties of high strength, high-temperature resistance, and corrosion resistance. To transform the mixed green body of silicon carbide powder and binder into a structurally dense, stable-performance finished product, thesilicon carbide vacuum debinding sintering furnace plays the pivotal role of the “ultimate refiner.” By precisely controlling the entire debinding and sintering process, it removes impurities and strengthens the structure, fully unlocking the potential of silicon carbide ceramics. This provides robust and reliable material support for high-end equipment.
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Precision Manufacturing Processes for Vacuum Hot Press Furnaces
2026-01-12In today's era where high-end manufacturing pursues ultimate precision and performance, vacuum hot press technology is emerging as an “invisible hero” in core sectors like aerospace and electronic components through its unique solid-state bonding logic. This process, which abandons traditional fusion welding approaches, leverages the synergistic effects of vacuum environments and precise temperature-controlled pressure to achieve atomic-level bonding at the microscopic level. It provides a novel solution for connecting complex structural components and different materials.
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ACME Wins 2025 China Machinery Industry Science and Technology Award
2025-12-19Recently, the list of winners for the 2025 China Machinery Industry Science and Technology Awards was officially announced. The achievement “Research, Development, and Application of Technical Standards and Equipment for Vacuum Low-Pressure Carburizing and High-Pressure Gas Quenching Heat Treatment,” in which Dingli Technology participated, was honored with the Second Prize for Scientific and Technological Progress.
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Vacuum Aluminum Brazing Furnaces: Technical Analysis and Application Overview
2025-12-16Vacuum aluminum brazing technology is developing in the direction of intelligence, greenness and high precision. With the popularization of aluminum-based composites (e.g., Al-SiC), the new generation of brazing equipment will integrate in-situ inspection (e.g., real-time X-ray imaging) and adaptive control systems, promoting technological innovation in high-end manufacturing.
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ACME Wins First Prize for Scientific and Technological Progress from the China Association of Circular Economy
2025-12-10Recently, the project “Key Technologies and Applications for Efficient Multi-Component Recycling of End-of-Life Lithium Batteries and Construction of a Digital Platform,” jointly completed by ACME and multiple institutions including the Institute of Process Engineering, Chinese Academy of Sciences, was awarded the First Prize for Scientific and Technological Progress by the China Association of Circular Economy.
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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.
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