MatMeas MRVS-CRL1001 High-Vacuum Rotary Sealing – Quartz Tube Sealing System
Invented dynamic vacuum sealing enables rotary evacuation maintaining ultra-high vacuum with adjustable rotation up to 30 rpm.
- Adjustable Rotary Vacuum System
- Ultra-High Vacuum Integrity
- High-Temperature HHO Flame Sealing
- Multi-Size Tube Compatibility
MatMeas MRVS-CRL1001 High Vacuum Tube Sealing
Ensures contamination-free sealing, stable vacuum atmosphere, and reproducible synthesis conditions.
The MatMeas MRVS-CRL1001 Rotary Vacuum Tube Sealer is engineered for high-temperature vacuum solid-state synthesis and airtight sample encapsulation under anhydrous and oxygen-free environments.
Compared with conventional vacuum tube furnace sealing, the system integrates dynamic vacuum sealing technology, enabling simultaneous rotary evacuation and high-temperature HHO flame fusion sealing. This significantly reduces raw material loss, prevents secondary contamination, and ensures ultra-high vacuum integrity for crystal growth and defect engineering.
With adjustable rotary motion, ultra-low leak rate, and high-temperature flame capability, the system provides a reliable solution for advanced material preparation workflows.
Dynamic Vacuum Sealing Technology
| Workstation Configuration | Single Station |
| Ultimate Vacuum | 10-1~ 10-5 Pa (depending on selected vacuum pump system) |
| Working Vacuum | Better than 1 × 10-1Pa ~ 10-4Pa (depending on selected vacuum pump system) |
| Power Supply | 220 V, 50/60 Hz, 20 W (Main Unit) |
| Pressure Measurement Range | 10-4Pa ~ 0.1 MPa |
| Overall System Leak Rate | Better than 2 × 10-12Pa·m³/s |
| System Leak Rate | 2×10*12 Pa·m³/s |
| Rotation Speed | 0-30rpm, adjustable |
| Quartz Tube Dimensions | Outer Diameter: Φ5 – 80 mm Wall Thickness: 1 – 2 mm Length: Customizable |
| Equipment Dimensions (L×W×H) | 320 × 240 × 660 mm |
| Warranty | 1 Year |
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Applications in Advanced Materials Preparation/ Materials Synthesis Applications
- One-dimensional nanomaterials
- Two-dimensional layered materials
- Semiconductor and optoelectronic materials
- Battery electrode and solid-state electrolyte materials
- Thermoelectric materials and devices
- Metallic alloys and intermetallic compounds
