ニュース
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System Analysis of FTIR Equipped with ZnSe (Zinc Selenide) ATR
読む もっと読むFTIR systems equipped with a ZnSe ATR (Attenuated Total Reflection) accessory are widely used for rapid surface analysis of various materials. This configuration allows infrared spectra to be obtained directly from solids, liquids, pastes, and films without complex sample preparation procedures such as pellet pressing or dissolution. The ZnSe ATR module provides reliable spectral data while maintaining good signal-to-noise performance and operational efficiency. Core Principles and Structure ATR (Attenuated Total Reflection) Mechanism In ATR analysis, infrared light undergoes total internal reflection inside the ZnSe crystal. During this process, an evanescent wave is generated at the interface between the crystal and the sample. This evanescent wave penetrates slightly into the sample […]
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Application Case: Vacuum Automatic Hot Press Supporting Materials Science Research in Universities
読む もっと読むWith the rapid advancement of new materials research, university laboratories increasingly require high-precision thermal processing equipment to support experimental studies and teaching activities. Among these instruments, the vacuum automatic hot press has become a critical tool for material forming, composite processing, and densification studies. Its performance stability, temperature control accuracy, and operational efficiency directly affect the reliability of experimental data and the overall productivity of research projects. To meet the growing needs of research in polymer materials, composite materials, and new energy materials, a university’s School of Materials Science and Engineering introduced the Tianjin Hengchuang vacuum automatic hot press. The equipment now plays a key role in improving both scientific […]
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Saudi University Adopts HZT-800 Automatic Heating Tablet Press
読む もっと読むDual-Scenario Excellence in Materials Science Research and Pedagogy Background The College of Materials Science and Engineering at a prestigious Saudi Arabian University is a leader in the research of polymer and composite materials. Tasked with managing high-level national research projects alongside undergraduate and graduate teaching responsibilities, the faculty faced a critical challenge: traditional manual hot-pressing equipment lacked the temperature precision and operational safety required for modern material synthesis. To achieve precise control over the melting, cross-linking, and solidification of advanced polymers, the university required an intelligent, versatile, and high-precision automatic heating press machine. The Challenge: Precision vs. Accessibility The university needed to bridge the gap between two distinct environments: Hench’s […]
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200-Ton Automatic Tablet Press Empowering Advanced Ceramic Research at NUS
読む もっと読むAs a long-term strategic partner, National University of Singapore (NUS) has been deeply engaged in the research of ultra-high-temperature ceramic materials, particularly in cutting-edge areas such as oxide eutectic ceramics for aerospace applications. The university undertakes multiple national-level research projects and serves as an important practical training base for materials science and engineering students. With the continuous advancement of high-hardness and ultra-high-temperature ceramic research, the limitations of existing pressing equipment became increasingly evident. The previous tablet press system suffered from: These issues directly affected ceramic density, structural integrity, and experimental reproducibility, creating bottlenecks in both scientific research and student training. To overcome these challenges, NUS required a high-precision, large-tonnage, intelligent […]