Solid-State Battery Laboratory Hydraulic Hot Press Machine

Introduction

The MY16 Laboratory Hydraulic Hot Press Machine is a compact and precise thermal-compaction system engineered specifically for advanced materials research, with a particular focus on solid-state battery development, polymer processing, and composite material laminating. By combining stable hydraulic pressure with controlled, uniform heating, this system enables researchers in academic and pharmaceutical laboratories to perform highly repeatable material consolidation, thin-film preparation, and sample curing under rigorous thermal and mechanical parameters.

Key Features and Advantages

• Dual-Platen Heating Control: Independent programmable temperature management for both the top and bottom platens, allowing for targeted heat profiles with customizable temperature ramp rates.
• Integrated Programmable Controller: Equipped with an intuitive 7-inch touchscreen interface that simplifies the configuration of multi-step temperature profiles, pressure cycles, and dwell times.
• Precision Pressure Management: Features a built-in automated system for pressure holding and pressure compensation, which dynamically counteracts material relaxation and thermal shrinkage to maintain a constant load during testing.
• Space-Efficient Footprint: Designed specifically for modern laboratory benches, optimizing space while maintaining robust structural rigidity and mechanical stability.

Technical Specifications

Research and Laboratory Applications

The MY16 is engineered to meet the stringent sample preparation standards of academic, materials science, and pharmaceutical research laboratories:

• Solid-State Batteries: Hot-pressing of solid electrolyte sheets (ceramic, polymer, or composite), bonding electrode-electrolyte interfaces, and laminating pouch cell assemblies.
• Polymer and Composite Synthesis: Thermo-compression molding of thermoplastic and thermosetting polymers, fiber-reinforced composites, and advanced functional laminates.
• Pharmaceutical and Biomaterials Research: High-pressure thermal consolidation of biocompatible polymers, controlled-release drug delivery matrix fabrication, and testing sheets for orthopedic materials.
• Membrane Electrode Assemblies (MEA): Hot-pressing catalyst layers onto proton exchange membranes for hydrogen fuel cell research.

Customization Services

To accommodate highly specialized experimental setups, both hardware and software configurations of the MY16 can be tailored to meet specific user demands:

• Hardware Tailoring: Modifications to platen dimensions, specialized platen surface coatings (e.g., chrome plating, anti-corrosive alloys), or customized daylight distances to accommodate thicker molds or larger samples.
• Software and Integration: Adaptation of the touchscreen control software for custom multi-stage heating profiles, remote data logging capabilities, or integration with external data acquisition systems.

Safety and Regulatory Compliance

Operating safety and reliable performance are primary considerations in laboratory environments. The MY16 incorporates several safety protocols to protect both the operator and the equipment:

• CE Certification: Fully compliant with European Union safety, health, and environmental protection standards, ensuring a verified baseline of operational safety.
• Thermal Safety Protocols: Equipped with localized physical heat shielding around the platens and software-integrated over-temperature cut-offs to prevent thermal runaway.
• Overpressure Safeguards: System configurations prevent pressure from exceeding defined mechanical limits, backed by manual and automatic hydraulic relief valves to ensure controlled pressure release.

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