Laboratory Hydraulic Hot Press for Solid-State Battery Research

Introduction

The MY04 Laboratory Hydraulic Hot Press Machine is designed to support high-precision thermal compaction and material synthesis in advanced research laboratories. Engineered with a compact benchtop footprint, this system is suited for the preparation and assembly of solid-state battery electrolytes, composite electrodes, and polymer membranes. It integrates dual-zone heating, active water cooling, and automated pressure regulation, providing a stable testing environment for academic, industrial, and pharmaceutical research applications.

Key Features and Capabilities

• Thermal Control: Capable of operating at temperatures up to 500 °C with uniform thermal distribution across the platens to assist in consistent material curing and bonding.
• Automated Pressure Stabilization: Features real-time pressure monitoring with automated pressure-holding and automatic replenishment functions, minimizing pressure drift during extended testing cycles.
• Rapid Thermal Cycling: Built-in circulating water-chilling channels allow for controlled cooling phases, protecting thermally sensitive samples and optimizing process turnaround times.
• Robust and Compact Construction: Structurally optimized to manage loads up to 5 Tons while maintaining a space-saving footprint suitable for standard laboratory workbenches.

Technical Specifications

Laboratory Applications

• Solid-State Electrolyte Consolidation: Pressing ceramic, polymer, or composite electrolyte powders into dense, uniform membranes under precise temperature and pressure profiles.
• Electrode Lamination: Bonding active materials to current collectors for lithium-ion and solid-state battery assemblies.
• Polymer and Composite Synthesis: Curing heat-activated resins and structural composites under pressure for engineering and pharmaceutical material evaluation.
• Pharmaceutical Compaction: Compressing active pharmaceutical ingredients (APIs) and excipients into stable tablet matrices for dissolution and formulation studies.

Customization Services

To meet the specific requirements of complex experimental setups, the MY04 platform supports a range of software and hardware customization options:

• Hardware Modifications: Tailored platen dimensions, specialized surface coatings, custom heating configurations, and adapted protective shields to fit different glovebox layouts.
• Software and Control Systems: Customized user interfaces, alternative data logging protocols, and integration options for external Laboratory Information Management Systems (LIMS).

Safety Certifications and Compliance Standards

The MY04 laboratory hot press is engineered in accordance with international industrial and laboratory manufacturing standards. It incorporates thermal overload protection, electrical safety shielding, and manual emergency release valves. The system is designed to comply with CE safety directives, supporting reliable and safe integration into university, research institute, and pharmaceutical quality-control laboratories.

Trusted by Industry Leaders