Solid-State Battery Laboratory Hydraulic Hot Press Machine

Introduction

The MY07 Laboratory Hydraulic Hot Press Machine is designed for precise thermal-compaction processing of advanced materials, particularly solid-state electrolyte pellets, electrode laminates, and composite materials. This compact benchtop system integrates controlled hydraulic force with independent dual-plate heating, offering researchers in academic and corporate laboratories a reliable platform to study the behaviors of materials under combined thermal and physical load.

Key Features

• Integrated Programmable Control: Equipped with a 7-inch touch-screen controller, allowing users to program multi-stage heating, ramp rates, and pressure profiles for complex, multi-step experimental sequences.
• Dual-Plate Thermal Management: Features independent heating control for the top and bottom platens, which supports ramp-rate control and helps achieve uniform temperature distribution across the sample area.
• Active Pressure Maintenance: Incorporates an automatic pressure-holding and makeup system that monitors force deviations and compensates dynamically, maintaining consistent pressure over long-duration testing cycles.
• Robust Structural Design: Built with high-strength structural components to minimize frame deflection during high-pressure operations, ensuring stable parallel alignment of the platens.

Technical Specifications

The following table summarizes the baseline technical parameters of the MY07 hot press system:

Application Areas

• Solid-State Battery R&D: Compacting sulfide, oxide, or polymer-based electrolyte powders into dense pellets, as well as laminating electrode-electrolyte interfaces under defined thermal and mechanical constraints.
• Advanced Composite Materials: Consolidating fiber-reinforced polymer matrices, thermoplastic prepregs, and multilayer resin-matrix laminates.
• Functional Ceramics and LTCC: Conducting low-temperature co-fired ceramic laminations and consolidating ceramic precursor materials prior to sintering.
• Polymer Processing and Molding: Studying the crystallization, curing, and thermal flow characteristics of specialty engineering plastics and elastomer compounds.

Customizable Services

To support diverse experimental setups and highly specific research methodologies, the MY07 hot press can be customized across several hardware and software modules:

• Hardware Modifications: Options include the integration of a vacuum chamber to prevent material oxidation during heating, customized platen dimensions, specialized cooling plates for rapid thermal cycles, or high-temperature platens rated up to 400°C or 500°C.
• Software and Integration: Software configurations can be adapted to support specific laboratory information management systems (LIMS), custom data export formats (via USB or LAN), and specialized user-access control profiles for multi-user academic cleanrooms.

Safety and Compliance Standards

The design and construction of the MY07 hot press adhere to industrial safety regulations to ensure safe operation in laboratory environments:

• CE Certification: Built to meet safety, health, and environmental protection requirements within the European Economic Area.
• Electrical Safeguards: Designed in accordance with applicable IEC electrical safety standards, incorporating dedicated circuit breakers, over-temperature cutoff switches, and thermal insulation barriers.
• Physical Protection: Equipped with physical protective shielding to guard operators against potential debris and thermal contact during high-temperature and high-pressure cycles, along with an easily accessible emergency stop button.

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