Solid State Battery Research Laboratory Hydraulic Hot Press Machine

Introduction

The MY22 Laboratory Hydraulic Hot Press Machine is designed to support academic and industrial research in advanced energy materials, specifically for solid-state battery fabrication and polymer electrolyte preparation. This compact benchtop unit integrates thermal and mechanical force application, enabling consolidated hot-pressing of composite membranes, electrodes, and multi-layer laminate structures under controlled temperature and pressure conditions.

Key Features and Advantages

• Dual-Zone Independent Temperature Regulation: Each platen features an independent heating element and thermal sensor, managed via a programmable controller to ensure balanced heat distribution or distinct thermal profiles on the upper and lower surfaces.
• Integrated Programmable Pressure Control: Equipped with automated pressure-holding and automatic replenishment functions to compensate for material shrinkage or relaxation during thermal cycles.
• Water Cooling Circuit: Features integrated water cooling channels within the platens, enabling accelerated cooling rates to shorten experimental cycle times and control solidification phases.
• User-Friendly Control Interface: A 7-inch color touchscreen controller simplifies recipe input, real-time monitoring of process variables, and ramp-rate configuration.

Technical Specifications

Target Applications

• Solid-State Electrolyte Fabrication: Compacting inorganic ceramic electrolyte pellets or laminating polymer-electrolyte membranes to electrodes under uniform temperature and pressure.
• Polymer and Composite Synthesis: Hot pressing of thermoplastic, thermosetting polymer specimens, and fiber-reinforced composite sheets for mechanical characterization.
• Biomedical Material Development: Preparing biocompatible polymeric scaffolds and drug-delivery membranes under precise thermal limits to prevent degradation.
• Electrode Lamination: Bonding cathode/anode active materials onto current collectors for lithium-ion or sodium-ion battery research.

Customization Services

To accommodate specialized research environments and non-standard experimental setups, the MY22 platform supports hardware and software customization:

• Hardware Modifications: Options for custom platen dimensions, specialized platen materials (such as vacuum-compatible or high-hardness alloys), and extended opening heights.
• Software and Connectivity: Integration of tailored heating profiles, remote data logging capabilities, and communication protocols (such as RS485 or Ethernet) for integration with laboratory information management systems (LIMS).

Regulatory and Safety Compliance

The MY22 Laboratory Hydraulic Hot Press Machine is engineered with safety protocols to ensure laboratory-grade safety and operational compliance:

• CE Certification: The equipment is manufactured in compliance with European Union CE safety, health, and environmental standards.
• Over-Temperature Protection: Independent safety circuits monitor and cut off heating power if temperatures exceed predefined safety thresholds.
• Overload Protection: Mechanical and electronic pressure relief valves are integrated to prevent system operation beyond the rated 25-ton capacity.
• Physical Shielding: Transparent protective shields are available to enclose the pressing zone, helping protect operators from thermal or mechanical hazards.

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