Laboratory Hydraulic Hot Press Machine for Solid-State Battery Research

Introduction

The ZY13 Laboratory Hydraulic Hot Press Machine is designed to meet the rigorous demands of materials science research, particularly in the development of solid-state battery components, membrane electrode assemblies (MEAs), and advanced polymer composites. Operating as a compact benchtop system, this machine integrates independent dual-platen heating, water-cooled thermal management, and automated pressure controls. It provides research laboratories with a stable, repeatable platform for the synthesis, compaction, and thermal curing of experimental samples under controlled temperature and load conditions.

Key Features

• Independent Dual-Platen Heating: Features embedded heaters within both the top and bottom platens, allowing individual temperature regulation up to 300°C to ensure uniform thermal distribution across the sample.
• Programmable Controls: Equipped with a touchscreen interface that enables researchers to program multi-step temperature and pressure profiles, reducing manual intervention during long-duration runs.
• Active Cooling System: Utilizes a circulating water cooling mechanism to facilitate controlled cooling cycles, protecting sensitive material microstructures and reducing turnaround time between tests.
• Closed-Loop Hydraulic Management: Supports automated pressure holding and continuous pressure compensation to counteract material relaxation or thermal expansion during processing.

Application Areas

• Solid-State Battery Development: Utilized for the hot-pressing of solid electrolyte sheets and the lamination of cathode-electrolyte-anode assemblies under precise thermal and pressure profiles.
• Fuel Cell Component Fabrication: Suitable for bonding proton exchange membranes and gas diffusion layers to produce membrane electrode assemblies (MEAs).
• Polymer and Composite Synthesis: Enables the thermal curing, molding, and compaction of advanced thermoplastic and thermoset matrix composites.
• Pharmaceutical and Powder Metallurgy: Supports research into density optimization, powder compaction, and binder-activation processes.

Technical Specifications

Customization Services

To accommodate the specific protocols of diverse research facilities, the ZY13 system supports both hardware and software modifications:

• Hardware Tailoring: Platen dimensions, maximum daylight opening, and specialized pressing molds can be engineered to meet non-standard sample geometries. Alternative heating elements or specialized cooling hookups are available upon request.
• Software and Interface Options: The control interface can be updated to include specialized data acquisition options, external sensor integration (such as external displacement or load cells), and customized data-export formats for laboratory information management systems (LIMS).

Safety and Compliance Standards

The ZY13 laboratory hot press is designed to conform with international laboratory safety directives and carries the CE certification mark. Safety features include over-temperature limit protection, integrated electrical shielding, and an emergency stop function. These measures help ensure that the equipment meets standard regulatory requirements for installation and operation within academic, industrial, and clinical research laboratories.

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