Laboratory Hydraulic Hot Press with Programmable Dual Platen Heating for Solid-State Battery Electrolyte Research

Introduction

The MY9 Laboratory Hydraulic Hot Press Machine is designed for high-precision and thermal compression applications in advanced material research, such as solid-state electrolyte preparation, fuel cell membrane electrode assembly (MEA) fabrication, and composite curing. Equipped with independent dual-platen programmable heating, active water cooling, and a programmable hydraulic control system, the unit provides a controlled environment for university and industrial laboratories to conduct standardized material synthesis and testing.

Key Features and Advantages

• Dual-Platen Temperature Control: Independent heating elements and programmable controllers for the upper and lower platens enable precise thermal profiles with adjustable heating ramp rates.
• Active Water Cooling: Integrated circulating water active cooling reduces cycle times and facilitates controlled temperature drop phases.
• Intelligent Controller: A 7-inch touchscreen PLC interface allows users to program multi-stage heating and pressing profiles, monitor process variables in real time, and export experimental data.
• Stable Hydraulic System: Robust hydraulic structure engineered to maintain steady force application over extended pressing periods.

Technical Specifications

Target Applications in Laboratory Environments

• Solid-State Battery Development: Hot-pressing of sulfide, oxide, or polymer-based solid electrolyte membranes to optimize interfacial contact and density.
• Fuel Cell Components: Fabrication of proton exchange membrane (PEM) fuel cell MEAs under regulated thermal and mechanical pressure.
• Polymer and Composite Curing: Thermoplastic consolidation and curing of advanced composite matrices under specified temperature-pressure curves.
• Biomedical Material Synthesis: Thermal forming of biocompatible polymer substrates and drug-delivery matrices under controlled parameters in pharmaceutical laboratories.

Customization Services

The MY9 platform supports tailored modifications to align with specialized experimental protocols and spatial limitations in laboratories.

• Hardware Customization: Options are available for alternative platen dimensions, extended platen gaps, higher temperature limits (up to 400°C), integrated vacuum chambers, and specialized press molds.
• Software and Integration: Software configurations can be adapted to support custom data logging protocols, auxiliary sensor inputs (such as external displacement sensors), or communication interfaces (RS485/Ethernet) for laboratory integration.

Compliance and Safety Standards

The MY9 Laboratory Hydraulic Hot Press Machine incorporates safety features and compliance certifications to ensure safe operation within academic and industrial research settings.

• Safety Certification: Fully certified under European CE standards.
• Thermal and Electrical Protection: Equipped with independent over-temperature protection loops, circuit overload fuses, and a prominent emergency stop button.
• Physical Guarding: Designed with physical safety shields to mitigate the risks associated with high-temperature components and high-force mechanical movement.

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