Solid-State Battery Research Laboratory Hydraulic Hot Press Machine

Introduction

The MY19 Laboratory Hydraulic Hot Press Machine is designed to meet the rigorous demands of advanced materials research, particularly in the fields of solid-state battery fabrication, polymer electrolyte processing, and composite material laminating. Utilizing a servo motor-driven pressurization system, the MY19 offers controlled pressure application alongside heating capabilities. The system is engineered to help academic and industrial researchers achieve repeatable testing conditions during the thermal compacting of sensitive materials.

Key Features and Capabilities

• Controlled Servo Pressurization: Features a servo motor-driven mechanism that applies a stable pressure load from 0 to 2 Tons, mitigating the variability associated with manual hydraulic systems.
• Dual-Platen Heating: Equipped with independently programmable heating controls for both the upper and lower platens, allowing for targeted temperature profiles with integrated ramp-rate control.
• Pressure Stabilization: Supports programmable pressure cycles with automatic pressure-holding and active pressure-supplementing functions to offset material relaxation or volume changes during the pressing cycle.
• Digital Interface: Utilizes a 7-inch touch-screen controller for configuring, monitoring, and storing multi-stage temperature and pressure sequences.
• Optional Active Cooling: The enhanced configuration includes a circulating water-cooling system to facilitate controlled cooling phases and reduce cycle times between experimental runs.

Technical Specifications

The MY19 is available in two distinct configurations to accommodate specific laboratory requirements and budget considerations:

Target Applications

Designed primarily for university laboratories and pharmaceutical/materials research institutes, the MY19 is suitable for the following experimental procedures:

• Solid-State Electrolyte Compaction: Compressing ceramic, polymer, or composite solid-state electrolyte materials under controlled thermal and mechanical loads to optimize ionic conductivity.
• Electrode-Separator Lamination: Bonding active electrode materials to solid state or polymer separators under uniform pressure to reduce interfacial resistance.
• Membrane Fabrication: Preparing thin-film polymer membranes or catalyst-coated membranes (CCMs) under precise thermal conditions.
• Powder Consolidation: Densifying raw materials or composite powders into uniform pellets for subsequent characterization.

Customization Services

Recognizing that laboratory protocols vary, the MY19 platform offers hardware and software customization options to align with specific research objectives:

• Hardware Customization: Options include modifying the platen dimensions, expanding the platen clearance, integrating vacuum chamber enclosures for oxygen-sensitive materials, or configuring specialized tooling fixtures.
• Software Customization: The control software can be adjusted to support custom data output formats, integration with Laboratory Information Management Systems (LIMS), or custom multi-stage heating and pressing profiles.

Safety Compliance and Standards

The MY19 (Configuration B) is manufactured in accordance with strict international safety and quality directives:

• CE Certification: The

Trusted by Industry Leaders