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Add Time:2026-06-22 View:12
As a key university in Henan Province, Xuchang College's School of Chemical Engineering and Materials Science has multiple provincial-level research platforms, including the Henan Key Laboratory of Micro Nano Energy Storage and Conversion Materials and the Henan International Joint Laboratory of Nano Energy and Catalytic Materials. It has achieved fruitful results in the fields of superhard materials and new energy materials. In order to meet the teaching and experimental needs of materials science and engineering majors, as well as the research and trial needs of diamond composite materials and nano energy materials, the college has selected the NBD-ML1200-10CI mini box furnace after multiple rounds of selection and comparison. The main model design of this device is 1200 ℃ high temperature adaptation and 100 × 100 × 100mm, which not only meets the sample size requirements of regular experiments in universities, but also has ± 1 ℃ temperature control accuracy and inert gas protection function. It can balance teaching demonstrations, student practical operations, and precision scientific research experiments, perfectly matching the development model of the college's "teaching research industry" trinity.

After arriving at the laboratory of Xuchang College, the Nuobadi technical team conducted a comprehensive performance test in accordance with the safety management requirements of the university laboratory
After the testing is completed, the technical team submits a complete acceptance document to the college, including 27 sets of temperature measurement data, safety testing reports, and process adaptation curves. After joint review by the laboratory manager and equipment administrator, an acceptance confirmation letter is signed.
Teaching group: Engineers demonstrate the equipment sharing operation process for student group experiments, including details such as standardized placement of sample racks, synchronous processing of batch samples, and maintaining safe distances, guiding teachers on how to quickly identify common operational errors among students;
Research group: In response to the heat dissipation research needs of diamond composite materials, the high-temperature sintering process under inert gas protection is implemented, and the atmosphere switching response and leakage rate detection methods are demonstrated to ensure the accuracy of scientific research data;
The equipment sharing operation process for student group experiments will be demonstrated by engineer Nobadi, including details such as standardized placement of sample racks, synchronous processing of batch samples, and maintaining safe distances, to guide teachers on how to quickly identify common operational errors among students;