China Aluminum University

Add Time：2026-06-22 View:10

The research and development of aerospace aluminum alloys, high-end non-ferrous metal composite materials, and other fields by the China Aluminum Academy of Sciences is at the international leading level. Before selecting, the team faced three major industry pain points: traditional oxidation furnaces have problems such as "poor temperature uniformity, uneven material mixing, and low data repeatability", which make it difficult to meet the strict standards of military material testing; Imported equipment not only has high procurement costs, but also lags behind in after-sales response and insufficient customization adaptability; The existing equipment cannot achieve integrated testing of "high-temperature rotation+atmosphere control", which restricts the depth of material performance research under multiple working conditions.

After delivery to the site, the equipment management department and laboratory team of China Aluminum Science and Technology College jointly opened the box for acceptance, checked the equipment components, accessories, calibration certificates, and operation manuals one by one, ensuring that there were no omissions or damages, and the entire process met the standards for the procurement and acceptance of scientific research equipment by central enterprises.

The installation team is composed of senior engineers from Nubadi with over 5 years of experience in high-temperature furnace installation. In combination with the professional needs of the research team from the China Aluminum Academy, Nubadi provides customized delivery training services that meet "military grade standards". The training content revolves around three core areas: "safe operation+precise testing+maintenance"

The deployment of this equipment has become the "core engine" for the research on high-temperature oxidation performance of materials at the China Aluminum Academy of Sciences. In the development of key materials such as aerospace aluminum alloys and special non-ferrous metal composite materials, its precise high-temperature control, stable atmosphere regulation, and uniform rotational mixing ability provide solid data support for the research team to reveal the mechanism of material oxidation failure, optimize material composition and processes. As the head of the research team at the China Aluminum Science and Technology Institute stated, "Nuobadi's high-temperature rotary oxidation furnace has fully reached the international level of similar products in terms of high-temperature stability and atmosphere control accuracy. It also has stronger customization adaptability and more timely after-sales response, effectively solving the problem of imported equipment being 'unsuitable for local conditions' and providing strong support for us to undertake major national science and technology projects.

As a high-tech enterprise specializing in the research and development of high-end thermal equipment, Nuobadi has successfully met the military grade scientific research demands of the China Aluminum Academy of Sciences with its core technology accumulation in high-temperature furnace structure design, atmosphere control system integration, and product positioning of "industrial grade stability+scientific research grade accuracy". The NBD-RTO1600-80 high-temperature rotary oxidation furnace purchased this time is tailored to the characteristics of non-ferrous metal materials, perfectly solving the industry pain points of "insufficient high-temperature stability and single testing scenarios" of conventional equipment, and becoming the core equipment for the research on high-temperature oxidation performance of materials by the China Aluminum Academy of Sciences.

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