MJ50VB250 250ml Stainless Steel Reactor with Gas Inlet/Outlet for Atmosphere Controlled Vibration Ball Milling
The MJ50VB250 reactor is designed specifically for use in atmosphere controlled vibration ball milling processes, where precise environmental control and material containment are critical. This stainless steel reactor has a 250 ml volume and is engineered to accommodate up to 200 ml of combined material and milling media, ensuring efficient milling within a sealed environment.
Equipped with integrated gas inlet and outlet ports fitted with needle valves, the reactor enables controlled gas flow to maintain or modify the internal atmosphere during milling. Its robust stainless steel construction supports a maximum working pressure of 0.3 MPa, providing durability and safety under pressurized conditions. The reactor’s compact dimensions (55 mm inner diameter, 61 mm outer diameter, and 105 mm depth) make it suitable for laboratory-scale milling setups.
Key Features
- 250 ml stainless steel reactor optimized for vibration ball milling
- Built-in gas inlet and outlet with needle valves for atmosphere control
- Maximum working pressure of 0.3 MPa for safe pressurized operation
- Compact size: 55 mm ID × 61 mm OD × 105 mm depth
- Maximum material capacity of 200 ml including milling balls
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | MJ50VB250 |
| Material | Stainless Steel |
| Volume | 250 ml |
| Maximum Material Capacity (material + milling balls) | 200 ml |
| Max Working Pressure | 0.3 MPa |
| Dimensions (ID × OD × Depth) | 55 mm × 61 mm × 105 mm |
Typical Applications
This reactor is ideal for laboratory-scale vibration ball milling tasks requiring controlled atmospheres, such as inert gas milling or reactive material processing. It supports research and development in material synthesis, powder processing, and nanomaterial fabrication where atmosphere control is essential to prevent contamination or oxidation.
Configuration & Operating Notes
The reactor includes built-in gas inlet and outlet ports with needle valves to regulate gas flow during milling. Users should ensure proper sealing and pressure limits are observed to maintain safety. Milling balls and materials must not exceed the 200 ml capacity to avoid overfilling. Optional accessories may include compatible milling balls and sealing components tailored to specific milling systems.
