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What is the working principle of a vacuum diffusion bonding furnace?
2026-03-18Vacuum diffusionbonding furnaces are advanced solid-state welding equipment used in high-precision fields such as aerospace and new energy. Their core technology relies on the synergistic effects of “vacuum + high temperature + pressure” to achieve atomic-level bonding without melting the materials. The welding process occurs in four stages: establishing a vacuum environment to remove oxide films and impurities; precise clamping and preheating of workpieces to minimize thermal stress; high temperatures activating atoms while pressure ensures close material contact to facilitate atomic diffusion; and finally, maintaining temperature and pressure to form a diffusion layer followed by slow cooling, achieving a robust metallurgical bond.
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ACME Concludes a Successful InterBattery 2026 in Seoul, Forging Strong Partnerships for Sustainable Recycling
2026-03-16Seoul, March 13, 2026 – ACME has successfully concluded its participation in InterBattery 2026, Asia's leading battery exhibition held at COEX in Seoul from March 11 to 13. The three-day event proved to be a remarkable platform for the company to connect with new and existing clients, showcase its cutting-edge lithium battery recycling and processing equipment, and lay a solid foundation for future cooperation.
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Analysis of the Working Principle and Advantages of Hot Isostatic Pressing Furnaces
2026-03-09Hot isostatic pressing furnaces are critical equipment for high-end material preparation and post-processing, widely used in aerospace, nuclear power, medical devices, and other fields. They rely on the synergistic effects of high temperature and uniform high pressure to achieve material densification, with fully automated control throughout the process.
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ACME Invites You to InterBattery 2026 in Seoul
2026-02-10ACME cordially invites clients and partners to visit us at InterBattery 2026, Asia's leading battery exhibition.
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Aluminum Nitride Ceramic Vacuum Hot Press Furnace Process
2026-01-21The core equipment for transforming aluminum nitride powder into high-performance ceramic products—the aluminum nitride ceramic vacuum hot-press furnace—is now forging the “thermal conductivity backbone” for modern technology through precise process design. This advancement propels high-end materials from laboratory research toward industrial-scale applications.
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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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