Magnetic Stirring High-Pressure Lab Reactor (50–500 ml, 22 MPa, 350°C)

Key Features of Magnetic Stirring Reactor

• Bottom-Mounted Magnetic Stirring: Wear-free, low-maintenance, no mechanical shaft penetration.
• High Pressure & Temperature: Up to 22 MPa and 350°C.
• Adjustable Stirring Speed: 0–1800 rpm for precise, uniform mixing.
• Modular Electric Heating: Consistent, rapid heating for stable reactions.
• Stainless Steel 304/316 Construction: Corrosion-resistant, durable.
• Digital Display: Real-time monitoring of temperature, stirring speed, and reaction time.
• Secure Flange Connection: Ensures safety and stability.

Available Reactor Volumes (50 ml–500 ml)

50 ml Magnetic Stirring High Pressure Lab Reactor

The 50 ml magnetic stirring high pressure lab reactor is designed for small-scale catalyst screening and high-precision reactions requiring wear-free, contamination-free operation. Each magnetic stirring high pressure lab reactor ensures accurate mixing and consistent temperature control.

100 ml Magnetic Stirring High Pressure Lab Reactor

The 100 ml magnetic stirring reactor is ideal for repeatability studies and small-batch chemical synthesis, providing consistent mixing and temperature control. This magnetic stirring high pressure lab reactor supports laboratory experiments requiring precise, low-maintenance operation.

250 ml Magnetic Stirring High Pressure Lab Reactor

The 250 ml magnetic stirring high pressure reactor is suitable for process development and pilot-scale experiments, ensuring uniform heating and low-maintenance operation. The magnetic stirring high pressure lab reactor design guarantees contamination-free reactions.

500 ml Magnetic Stirring High Pressure Lab Reactor

The 500 ml magnetic stirring reactor provides maximum capacity for extended lab reactions and scale-up experiments, maintaining smooth, wear-free operation throughout long-duration studies. Each magnetic stirring high pressure lab reactor ensures precise temperature and pressure control.

Technical Specifications

• Reactor Volume: 50 ml, 100 ml, 250 ml, 500 ml
• Maximum Pressure: 22 MPa
• Temperature Range: 0°C – 350°C
• Stirring Speed: 0–1800 rpm (adjustable)
• Heating Power: 0.6 kW (50–250 ml), 1.5 kW (500 ml)
• Heating Method: Modular electric heating
• Stirring Method: Bottom-mounted magnetic stirring (wear-free, low-maintenance)
• Material: Stainless Steel 304 / 316
• Display: Digital screen display
• Connection Type: Flange connection
• Power Supply: 220V 50/60 Hz

Applications of High Pressure Lab Reactor

The TGYF-B reactor is widely used for chemical synthesis, catalytic reactions, pharmaceutical R&D, polymerization, hydrogenation, oxidation, hydrothermal, and solvothermal experiments. Its magnetic stirring system is ideal for low-viscosity or uniform liquids, viscous fluids, solid–liquid reactions, and long-duration experiments, ensuring consistent, contamination-free results.

Compatible Laboratory Equipment

• Precision Thermocouples: Accurate temperature measurement.
• Automated Pressure Controllers: Stable high-pressure operation.
• External Cooling Systems: Temperature regulation for extended reactions.
• Vacuum Filtration Systems: Post-reaction separation and purification.

Why Choose Our Magnetic Stirring High Pressure Lab Reactor

• Optimized for long-duration, clean, and wear-free laboratory experiments.
• Bottom-mounted magnetic stirring ensures low-maintenance, smooth, and contamination-free operation.
• Precise temperature and stirring control for repeatable reactions.
• Industrial-grade stainless steel construction ensures durability.
• Customizable material, volume, heating, and control options.

Direct factory manufacturing with technical consultation, customization, and reliable after-sales support.

For users comparing options, see our related mechanical stirring reactor page for high-torque applications.

Frequently Asked Questions

What is a magnetic stirring high pressure lab reactor? A lab reactor with bottom-mounted magnetic stirring, allowing controlled mixing, precise temperature, and high-pressure operation without mechanical wear. Each magnetic stirring high pressure lab reactor ensures consistent results.

What pressure can this reactor withstand? Up to 22 MPa, suitable for most laboratory high-pressure reactions.

Is bottom magnetic stirring safe for long-duration experiments? Yes. It eliminates shaft penetration and mechanical wear, reducing maintenance and ensuring smooth operation. The magnetic stirring high pressure lab reactor is ideal for extended experiments.

How do I choose the correct reactor volume? Depends on batch size, reaction viscosity, and desired scale. Use smaller volumes for screening; larger volumes for pilot or extended reactions with the magnetic stirring high pressure lab reactor.

Can this reactor be customized? Yes. Material, volume, heating, and control options can be tailored for specific experimental needs. Learn more in our High Pressure Reactor category.