Solid State Battery Research Laboratory Hydraulic Hot Press Machine

Introduction

The MY14 Laboratory Hydraulic Hot Press Machine is a high-precision thermal compression system engineered specifically for advanced materials research, with a focus on solid-state battery development, membrane electrode assemblies (MEAs), and technical polymer composites. By integrating a 30-ton hydraulic press with independently controlled dual-heating platens, the MY14 allows academic and industrial researchers to perform precise thermal consolidation, laminate fabrication, and sample pelletizing under highly controlled temperature and pressure profiles.

Key Features and Advantages

• Independent Dual-Platen Heating: Offers programmable temperature profiles for both the upper and lower platens, allowing precise control over thermal gradients.
• Programmable Temperature Ramp Rates: Features adjustable heating slopes to prevent thermal shock in sensitive ceramic or composite specimens.
• Automatic Pressure Compensation: Actively monitors and automatically adjusts the hydraulic pressure during dwell cycles to counteract material deformation or relaxation.
• Circulating Water Cooling: Integrates a cooling circuit to reduce platen temperature systematically after the hot-pressing phase, accelerating cycle times and stabilizing material microstructures.
• Rigid Construction: Built with heavy-duty structural steel to ensure minimum deflection under maximum load, maintaining co-planarity between platens.

Technical Specifications

The following table details the standard technical configuration of the MY14 hot press, alongside integrated control metrics:

Primary Application Areas

Academic and Materials Science Laboratories

• Solid-State Electrolyte Fabrication: Compacting and densifying sulfide or oxide-based solid-state electrolyte sheets under controlled temperature and load to reduce grain boundary resistance.
• Polymer and Composite Synthesis: Pressing fiber-reinforced thermoplastic composites and thermosetting prepregs to evaluate curing kinetics and mechanical properties.
• Fuel Cell Components: Hot-pressing membrane electrode assemblies (MEAs) and gas diffusion layers (GDLs) to ensure uniform contact and optimal catalyst transfer.

Medical and Pharmaceutical Research Laboratories

• Biocompatible Polymer Films: Compression molding of thin biocompatible polymer sheets and membranes for drug delivery systems or implant research.
• Medical Elastomer Testing: Preparing standardized elastomer specimens under regulated thermal cycles to evaluate tensile and chemical resistance properties.

Customizable Options

To accommodate diverse scientific workflows, the MY14 platform can be modified to match specific experimental designs:

• Hardware Modifications: Custom platen sizes, alternative heating cartridge configurations for higher thermal limits, or integrated vacuum chambers for oxygen-sensitive materials.
• Software and Data Integration: Customized PLC software interfaces to enable real-time data logging of pressure, displacement, and temperature profiles directly to laboratory information management systems (LIMS).

Safety Certifications and Compliance Standards

The MY14 is built in accordance with rigorous industrial safety protocols to ensure safe operation within university and commercial laboratory environments:

• Mechanical Safety: Features a physical protective shield with interlock sensors to prevent operation while open, alongside an easily accessible emergency stop switch.
• Electrical Compliance: Designed to meet CE certification standards for low-voltage directives and electromagnetic compatibility (EMC).
• Thermal Protection: Includes over-temperature alarms and automatic shutdown mechanisms to prevent runaway heating cycles.

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