cases

  • Hench glovebox-integrated automatic powder press

    Accelerating Research Efficiency: A Glovebox-Integrated Automatic Powder Press Case Study by Hench

    Background A leading materials science laboratory at a Malaysian university focuses on advanced research fields such as all-solid-state batteries and metal-organic frameworks (MOFs). Their experimental process requires compressing highly moisture- and oxygen-sensitive powders into dense pellets for performance testing. Previously, the lab relied on a manual powder press inside a glovebox. While workable, this method […]

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  • automatic heating tablet presses

    Saudi University Adopts HZT-800 Automatic Heating Tablet Press

    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 […]

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  • 200-ton automatic tablet press - Facilitating ceramic research in universities

    200-Ton Automatic Tablet Press Empowering Advanced Ceramic Research at NUS

    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 […]

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  • Hot Pressing of Polymer-Sensitive Materials

    Hench Customer Case: Singapore University — Hot Pressing of Polymer-Sensitive Materials

    Overview This solution combines a manual heated press with a glovebox, addressing the critical need for environmental protection during the hot pressing of highly sensitive, easily oxidized, hygroscopic, and highly reactive samples. It has been widely applied in lithium batteries, advanced materials, semiconductors, and academic research. Below are real-world application examples from diverse industries, detailing […]

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