YLJ-CIP-500M Manual Cold Isostatic Press with 500 MPa Max Pressure and 30 mm ID Vessel for High-Density Material Compaction
The YLJ-CIP-500M is engineered for precise cold isostatic pressing tasks in research environments, particularly for preparing dense ceramic and composite materials. It enables uniform pressure application around the sample, improving material density beyond what is achievable with conventional dry die pressing methods.
This model operates manually through a hydraulic pump system capable of generating pressures up to 500 MPa. The press includes a 30 mm internal diameter pressure vessel with a maximum piston travel of 30 mm, suitable for small-scale sample preparation. The system’s manual operation allows controlled pressure application with an integrated pressure gauge and valve for safety and precision.
Wichtigste Merkmale
- Manual hydraulic press with maximum force of 40 tons for the 30 mm vessel.
- Pressure vessel designed for up to 500 MPa isostatic pressure application.
- Pressure gauge and valve included for accurate pressure control and release.
- Maximum piston travel distance of 30 mm to accommodate sample thickness.
- CE certified for safety compliance; no electrical certification required due to manual operation.
- Optional upgrade available to an automatic electric hydraulic pump for enhanced operation.
- Supports sample sealing using liquid rubber or vacuum sealing to ensure uniform pressure transmission.
Technische Daten
| Parameter | Spezifikation |
|---|---|
| Maximum Hydraulic Cylinder Force | 40 tons (38 tons continuous use) |
| Maximaler Behälterdruck | Up to 500 MPa |
| Pressure Vessel Size (Inside Diameter × Height) | 30 mm × 110 mm |
| Overall Vessel Dimensions (Diameter × Height) | 100 mm × 315 mm |
| Maximum Piston Travel Distance | 30 mm |
| Hydraulic Press Operation | Manual with pressure gauge and valve |
| Maximum Hydraulic Press Pressure | 65 MPa |
| Einhaltung der Vorschriften | CE Certified, no NRTL required |
Typische Anwendungsbereiche
Ideal for laboratory research and development of high-density ceramics, composites, and other advanced materials requiring uniform isostatic pressure compaction. Suitable for sample preparation in materials science, electronics, and powder metallurgy.
Hinweise zur Konfiguration und zum Betrieb
The press includes a manual hydraulic pump with pressure gauge and valve. Users may optionally upgrade to an automatic electric pump for convenience. To ensure uniform pressure transmission, samples should be sealed using liquid rubber or vacuum sealing techniques before pressing. Pre-pressing pellets prior to cold isostatic pressing is recommended to achieve higher density.
Safety precautions include not exceeding the mold’s maximum pressure limit of 85 tons, avoiding holding maximum pressure for longer than one hour, and ensuring complete pressure release before adjusting the handwheel or pressure release valve. The piston should not be raised beyond its 30 mm maximum travel distance.
