Thermal conductivity and thermal diffusion coefficient measuring instrument - laser flash method: Shandong Sairuite provides on-site training services for a certain school in Inner Mongolia

In the fields of materials science, energy engineering, aerospace, and other scientific research and teaching work, thermal conductivity and thermal diffusivity are the core parameters that characterize the thermal properties of materials. Laser flash method, as the international mainstream technology for measuring these two key indicators, has become an important equipment for university research laboratories and teaching practices due to its advantages of wide sample adaptability. Recently, in order to ensure the rapid implementation and application of the newly purchased thermal conductivity and thermal diffusion coefficient measuring instrument (laser flash method) by a certain school in Inner Mongolia, Shandong Sairuite Testing Instrument Co., Ltd. has formed a professional technical team to conduct customized on-site training services for the school in Inner Mongolia, providing excellent technical support to help improve the quality and efficiency of scientific research and teaching in universities.

As a domestic supplier of material testing instruments, Shandong Sairuite always adheres to the concept of "equipment delivery is just the beginning, service guarantee runs through the whole process". It not only provides customers with high-performance testing instruments, but also is committed to mastering equipment operation, data analysis and maintenance skills through various professional technical services, truly realizing the scientific research and teaching value of instruments. The laser flash method measuring instrument purchased by a certain school in Inner Mongolia this time is the core product developed by Shandong Sairuite for the research needs of universities. It has the characteristics of wide measurement range, high testing accuracy, and intelligent operation. It can be widely used for thermal performance analysis of various materials such as metals, ceramics, polymers, and composite materials, providing strong technical support for experimental teaching, student innovative design, and teacher research projects in materials science related majors.

Considering that the laboratory team of the school still needs systematic learning on the operation process, parameter settings, and data processing of the new equipment, Shandong Sairuite immediately communicated with the relevant personnel of the school upon receiving the training requirements. Based on the school's teaching plan, research direction, and actual laboratory situation, a comprehensive training plan of "theoretical explanation+practical demonstration+hands-on guidance+question answering" was developed. During the training period, technical engineers from Shandong Sairuite first started with the principle of laser flash method, and explained in detail the measurement logic of thermal conductivity and thermal diffusion coefficient, the core component functions of the instrument, and the key influencing factors in the experimental process, helping participating teachers establish a systematic theoretical understanding.

In the practical teaching stage, the technical engineer gradually guides the participating teachers to familiarize themselves with the operation process of the instrument in the mode of "demonstration practical operation error correction consolidation": from sample preparation, sample loading, parameter setting, experimental start-up, to data collection, result analysis and report generation, each step is explained in detail and guided step by step. In response to common problems such as poor sample contact, unreasonable parameter settings, and data fluctuations that may occur during the experimental process, engineers will demonstrate solutions on site and organize participating teachers to conduct group practical exercises to ensure that each teacher can independently complete experimental operations and proficiently handle various unexpected situations. In addition, engineers also provide specialized training on the daily maintenance and upkeep of instruments, replacement of vulnerable parts, and common troubleshooting to help schools establish a comprehensive instrument maintenance system and extend the service life of instruments.

After the training, the Shandong Sairuite technical team had in-depth exchanges with the participating teachers of the school, collected feedback on the training, and provided professional advice on the optimization of scientific research experiments and special sample testing issues raised by the teachers.

The successful completion of this on-site training service not only reflects the technical strength of Shandong Sairuite in the field of material testing instruments, but also highlights its customer-oriented service philosophy. In the future, Shandong Sairuite will continue to focus on the research and teaching needs of universities, continuously optimize product performance and service systems, provide better testing instruments and more professional technical support for more universities, research institutions and enterprises, and assist in the talent cultivation and scientific innovation development of China's materials science field.