Laboratory Hydraulic Hot Press for Solid-State Battery and Polymer Membrane Preparation

Introduction

The MY02 Laboratory Hydraulic Hot Press Machine is a benchtop system engineered to support advanced material research in academic, pharmaceutical, and industrial laboratories. Designed specifically for applications such as solid-state battery electrolyte compaction, polymer membrane fabrication, and composite laminating, this instrument combines controlled thermal energy with mechanical force to process specimens under defined conditions. The system offers a compact footprint suitable for standard laboratory benches or fume hoods, delivering reliable performance for fundamental research and material characterization.

Key Features and Advantages

• Independent Dual-Platen Heating: Features separate heating controls for both the upper and lower platens, allowing uniform temperature distribution or customized thermal gradients.
• Programmable PID Control: Equipped with a PID controller to manage heating profiles, minimizing temperature fluctuations during critical curing or bonding phases.
• Integrated Water Cooling: Utilizing a circulating water cooling design, the platens can be cooled efficiently after thermal pressing cycles, reducing overall experimental turnaround times.
• Automatic Pressure Compensation: Includes an automated pressure holding and replenishment routine to counteract material relaxation and thermal expansion, maintaining constant mechanical load during long-term testing.
• Dual-Unit Pressure Monitoring: Provides clear instrumentation displaying force in both metric tons (T) and kilonewtons (kN), alongside platen surface pressure in Bar, ensuring straightforward data recording.

Technical Specifications

Primary Application Areas

Solid-State Battery Research

• Electrolyte Compaction: Pressing ceramic or polymer-ceramic composite solid electrolyte sheets to high green density to improve ionic conductivity.
• Electrode-Electrolyte Interface Fabrication: Applying heat and pressure to optimize physical contact and reduce interfacial resistance between electrode materials and solid-state membranes.

Membrane and Polymer Sciences

• Polymer Membrane Casting & Lamination: Thermal processing of proton exchange membranes (PEM) for fuel cells and gas separation membranes under precise temperature profiles.
• Thermoplastic Composite Molding: Compression molding of thin polymer sheets, fiber-reinforced composites, and copolymer laminates.

Biomedical & Pharmaceutical Materials

• Biocompatible Film Preparation: Hot pressing of biodegradable polymers and customized drug-delivery patches under clean, controlled environments.

Customization Options

To support diverse experimental setups, the MY02 system offers customizable hardware and software options:

• Hardware Tailoring: Available options include customized platen dimensions, specialized specimen mold geometries, high-temperature platen upgrades (up to 400 °C), and integration of cleanroom-compatible enclosures.
• Software and Connectivity: The control system can be customized to support continuous data acquisition protocols, integration with laboratory information management systems (LIMS), and custom multi-step pressure-temperature profiling configurations.

Compliance, Safety, and Regulatory Standards

The MY02 Laboratory Hydraulic Hot Press Machine is built to meet safety standards for institutional and academic laboratory operation:

• CE Certification: The equipment conforms to European health, safety, and environmental protection standards.
• Overheat Protection: Hardware-level thermal cutoffs prevent platens from exceeding set safety limits, protecting the machine and surrounding laboratory environment.
• Safety Shielding: A durable, transparent safety shield encloses the pressing area to shield operators from high temperatures and mechanical movement during operations.
• Emergency Stop: A prominently located physical emergency stop button allows users to immediately depressurize the system and cut heating power in the event of an anomaly.

Trusted by Industry Leaders