YLJ-3 Manual Mechanical Press with 3T Maximum Force for Sample Compression and Split Flow Cell Sealing
The YLJ-3 is a manually operated mechanical press designed specifically for laboratory tasks requiring controlled compression of samples or components within gloveboxes. It is capable of applying a maximum force of up to 3 metric tons, making it suitable for pressing solid-state battery materials or sealing split flow cells to prevent electrolyte leakage during testing. Its design ensures safe use inside gloveboxes without the risk of oil leaks, a common concern with hydraulic presses.
This press incorporates a built-in retaining mechanism that maintains compression force on the split cell, preventing force loss that typically occurs when mechanical jacks lose pressure. The YLJ-3 offers a travel distance of 60 mm, allowing for effective compression adjustments. While the press does not include a built-in pressure display, an optional load sensor and software for precise pressure measurement and digital readout can be purchased separately.
주요 기능
- Manual mechanical operation with up to 3 metric tons maximum pressing force
- Built-in retaining mechanism to maintain constant compression on split flow cells
- Safe for use inside gloveboxes without oil leakage risk
- 60 mm travel distance for sample compression
- Optional digital load sensor and software available for pressure display
- Suitable for pressing pouch cells and solid/liquid-state batteries at constant pressure
기술 사양
| 매개변수 | 사양 |
|---|---|
| Maximum Force | 3 metric tons (approx. 5T max. hand force) |
| Travel Distance | 60 mm |
| 무게 | 250.3 lb (113.5 kg) |
| Operation | Manual mechanical press |
| Pressure Display | Not included; optional load sensor available |
대표적인 적용 분야
- Pressing samples inside gloveboxes for battery research and development
- Sealing split flow cells to prevent electrolyte leakage during electrochemical testing
- Compression of pouch cells and solid-state batteries at controlled pressures
구성 및 작동 안내
The press is supplied as a manual mechanical unit without a pressure display. Users requiring precise pressure monitoring can order an optional digital load sensor and accompanying software for laptop integration. The device’s design avoids oil-based hydraulics, making it suitable for sensitive glovebox environments. Proper handling is advised to avoid exceeding manual force limits.
