Laboratory Hydraulic Hot Press for Solid State Battery and MEA Fabrication

Introduction

The Model MY05 Laboratory Hydraulic Hot Press Machine is engineered to support advanced material research in academic and industrial laboratories. Designed primarily for applications such as solid-state battery electrolyte compaction, membrane electrode assembly (MEA) fabrication for fuel cells, and high-performance polymer composite lamination, this compact system provides stable heating and pressure control. The machine integrates independent dual-platen programmable heating, customized hydraulic pressure cycles, and active water cooling, offering researchers a reliable instrument for sample preparation and process optimization.

Key Features and Advantages

• Independent Dual-Platen Heating: Both the upper and lower platens feature individual temperature controllers, enabling uniform heating profiles or asymmetrical thermal gradients depending on experimental requirements.
• Programmable Temperature Control: Supports multi-stage ramp-rate and temperature dwell configurations, allowing precise simulation of industrial curing, sintering, or bonding cycles.
• Automated Pressure Management: Users can pre-program multi-step pressure profiles, reducing manual intervention and improving the reproducibility of compaction tests.
• Integrated Rapid Cooling: Employs a built-in circulating water cooling channel to facilitate rapid temperature reduction post-pressing, protecting thermally sensitive samples and decreasing cycle times.
• Benchtop Integration: Despite its substantial 50-ton pressing capability, the physical footprint is optimized for laboratory benches or integration within ventilated enclosures.

Technical Specifications

The following table details the technical parameters of the MY05 model, incorporating both the standard mechanical specifications and precise laboratory control modules:

Research Applications and Experimental Modules

To meet the multi-disciplinary requirements of university and pharmaceutical laboratories, the MY05 accommodates several specialized application modules:

Customizable Hardware and Software Configurations

To accommodate diverse experimental setups, both the hardware and software of the MY05 platform can be customized:

• Hardware Customization: Options include custom platen materials (such as high-thermal-conductivity copper alloys or corrosion-resistant chrome plating), adjustable daylight heights for thick molds, and customized pressing dies.
• Software & Data Integration: The control system interface can be customized to include specialized data logging outputs, communication protocols (such as Modbus or Ethernet), and software modifications to track real-time displacement and pressure-versus-time curves.

Safety and Regulatory Compliance

The MY05 hot press is designed with multiple layers of protection to ensure safe operation within academic, industrial, and clinical laboratories:

• Thermal Safety: Thermal insulation barriers prevent excessive heat transfer to the external chassis, and redundant software-based over-temperature alarms automatically cut power to the heating elements if safe limits are exceeded.
• Mechanical Protection: Built-in physical safety shields around the pressing area protect users during high-pressure cycles, and an accessible physical emergency stop button instantly de-energizes the hydraulic and heating systems.
• Regulatory Compliance: The electrical and hydraulic subsystems are built to align with standard industrial safety criteria, ensuring compatibility with laboratory safety inspections and general facility guidelines.

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