On October 12, 2023, the 60th China Higher Education Expo was grandly opened in Qingdao. The German aerosol technology expert Palas®, together with Link Precision Instrument, focused on the exhibition of the advanced aerosol particle size spectrometer and nanoparticle measurement solutions on the site, bringing new technologies and application results of aerosol generation, measurement and analysis to the attending professionals, empowering the intelligent education, and assisting the digital innovation of university research.
Organized by the Chinese Society of Higher Education, the Expo was themed “Vocational Integration – Industry and Education Integration – Science and Education Integration”. The Expo was divided into three major sections: high-tech equipment exhibition and display, high-level conference and forum, and informatization and high-end results release, with an exhibition area of more than 120,000 square meters, attracting more than 6,000 enterprises and 1,500 colleges and universities, and an offline audience of more than 100,000 people.
At the exhibition, Palas® displayed a variety of aerosol measurement instruments, which attracted many professional visitors to visit the booth and exchange ideas. Palas® SMPS Series Scanning Mobility Particle Size Spectrometer and Promo Series Aerosol Particle Size Spectrometer provide real-time aerosol monitoring and characterization in the particle size range of 4nm~1200nm or 0.2μm~100μm, which can satisfy the different testing needs of researchers on aerosol particle size distribution, quantity concentration, and mass concentration. These instruments provide strong technical support for university research programs.
Palas®‘s aerosol measurement instruments have been widely used in universities and colleges, including the Institute of Environment and Climate Research, School of Mechanical Engineering, School of Energy and Power, School of Mechanical and Energy Industry, School of Mechanical and Vehicle Engineering, School of Chemistry and Chemical Engineering, and the Department of Materials Science and Engineering, which have provided key support for researchers to overcome technical problems and achieve innovative research results. In the future, Palas® will continue to work closely with its partners and commit itself to technological innovation and product development to provide customers with more accurate, reliable and efficient measurement solutions, and to help the digital innovation of university research flourish.
