• 1401-2026

    Solving the Aeration Paradox: Engineering Two-Stage Degassing for Ultrafine Powder Packaging

    Packaging particles smaller than 10μm presents a unique fluid dynamics challenge. This technical report analyzes the specialized powder packaging machine technology required to handle aerated materials. We examine the two-stage vacuum process of an ultrafine powder packing machine—achieving -0.095MPa via screw extrusion—to eliminate interstitial gas. As a precision packaging machine manufacturer, we detail how an automatic vacuum packing machine utilizing six-sided mold vibration achieves a 50% density increase while integrating with a larger vacuum packaging machine system.

  • 1411-2025

    Mitigating Hygroscopic Caking: The Technical Imperative for Vacuum Packaging Salt and Powders

    The clumping of hygroscopic materials like salt is a physical process that compromises quality and usability. This analysis details why a powder packing machine with vacuum functionality is the definitive engineering solution. We will examine how this food packaging machinery, equipped with a precision auger filler, ensures both product integrity and dosing accuracy. As a leading packaging machine factory, we explain how these machines integrate into automatic packaging systems for large-scale, reliable production.

  • 1608-2022

    Jialong activity-Learn advanced models and learn from the power of example!

    on the occasion of the 101st anniversary of the founding of the Party, the Party Branch of Jialong Science and Technology launched a series of themed activities to commemorate the 90th anniversary of the Red Army's conquest of Zhangzhou.

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