The University of Tokyo Introduces HENCH Electric Isostatic Press

Empowering Advanced Research in Unconventional Energy and New Materials

Recently, The University of Tokyo officially purchased the YPD-40J Electric Isostatic Press developed and manufactured by HENCH (Tianjin Hench Technology Development Co., Ltd.). The equipment has now been successfully installed in the university’s key laboratories, where it will support advanced sample preparation and material research in unconventional oil and gas, new energy materials, and geological engineering.

This collaboration represents not only the recognition of HENCH’s technical expertise and product reliability by a world-leading research university, but also another milestone for high-end Chinese scientific equipment entering international research laboratories.

Meeting the Demands of Advanced Scientific Research

As one of the world’s leading academic institutions, The University of Tokyo has long been engaged in cutting-edge research in areas such as:

• Unconventional oil and gas exploration
• Shale gas and tight oil reservoir studies
• Geological resource engineering
• Energy storage materials
• Hard alloys and advanced ceramics
• Powder metallurgy and composite materials

With increasing requirements for sample density, uniformity, and reproducibility in modern research projects, traditional uniaxial pressing equipment has become insufficient for many high-precision laboratory applications.

To address these challenges, the university selected the HENCH YPD-40J Electric Isostatic Press, which offers highly uniform pressure distribution and advanced intelligent control capabilities. The system effectively solves common issues associated with conventional pressing methods, including:

• Uneven sample density
• Internal stress concentration
• Cracking and deformation
• High defect rates
• Difficulty forming complex shapes

The introduction of this equipment is expected to further support the university’s research in:

• Reservoir simulation experiments
• Hydraulic fracturing material development
• Advanced ceramic synthesis
• Target material preparation
• Geological core simulation
• New energy material research

Core Advantages of the HENCH YPD-40J Electric Isostatic Press

True Isostatic Pressing for Exceptional Density Uniformity

The HENCH YPD-40J adopts liquid-medium isostatic pressing technology, applying uniform 360-degree pressure to samples from all directions.

With a maximum pressure strength of up to 305 MPa, the system eliminates the density gradients commonly found in traditional single-direction pressing methods. This makes it particularly suitable for:

• Complex-shaped samples
• High-density material forming
• Precision powder compaction
• Materials difficult to mold with steel dies

The result is improved sample consistency, enhanced structural integrity, and more reliable experimental data.

40-Ton High Pressure Capacity for Diverse Materials

Designed for advanced laboratory applications, the YPD-40J offers:

• Pressure range: 0–40 tons
• Pressure range equivalent: 0–32 MPa
• Chrome-plated oil cylinder diameter: Φ132 mm
• Chamber size: Φ40 × 150 mm

The equipment can stably process a wide range of materials, including:

• Metal powders
• Ceramics
• Polymer composites
• Geological simulation materials
• Battery materials
• Functional powders

Its flexibility allows researchers to adapt the system to multiple experimental scenarios across materials science, energy engineering, and geological studies.

Intelligent Dual-Mode Operation

The YPD-40J combines electric automation with manual control flexibility, offering a highly efficient and user-friendly operating experience.

Key intelligent functions include:

• Electric pressure boosting
• Automatic pressure compensation
• Real-time digital pressure display (0.00–40.00T)
• Programmable slow pressurization
• Pressure holding timer
• Automatic pressure release

At the same time, the machine retains manual pressurization and pressure compensation modes, allowing researchers to perform fine adjustments when needed.

This dual-mode design balances automation efficiency with precise experimental control, making it highly suitable for laboratory environments requiring repeatable yet customizable workflows.

Integrated Forged Structure for Long-Term Stability

To ensure long-term operational reliability, the HENCH YPD-40J adopts an integrated forged structure with no sealed connection points, fundamentally reducing risks of:

• Oil leakage
• Pressure loss
• Structural instability

The system also incorporates:

• Four high-strength support columns
• 5 mm organic glass safety shield
• Overpressure protection
• Limit protection
• Emergency stop functions

These features provide both operational stability and enhanced laboratory safety during high-pressure experiments.

A New Benchmark for Chinese Scientific Equipment

The successful installation of the HENCH YPD-40J Electric Isostatic Press at The University of Tokyo marks another important international application case for Chinese high-end laboratory equipment.

For HENCH, this cooperation demonstrates the growing global recognition of its innovation capabilities, manufacturing quality, and technical reliability in advanced material preparation systems.

Looking ahead, HENCH will continue strengthening collaboration between industry, academia, and research institutions worldwide, supporting technological advancement in energy science, advanced materials, and precision laboratory applications.

Through continuous innovation and reliable equipment solutions, HENCH remains committed to helping global researchers achieve higher efficiency, greater precision, and stronger scientific breakthroughs in the pursuit of energy security and technological development.