This compact high pressure stirred lab autoclave engineered for demanding chemical synthesis, materials research, and process development.
- Volume: 10/25/50/100/250/500ml (customizable）
- Material: 316L (other special materials customizable)
- Structure: Flange type
- Temperature: RT-300°C (customizable)
- Pressure: -0.1-10MPa (customizable)
- Agitation Method: mechnical stirring
- Valves: Two 1/4″ ferrule valve
- Heating Power: 1000W-1500W
- Power Supply: AC220V, 50HZ/60HZ
- Control: Touch screen control
Expandable Functions:
- Isobaric Feeding: Add liquid reactants during reaction (controlled total volume)
- High-Pressure Feed Pump: Introduce liquid reactants during reaction (precise flow rate control)
- Gas Mass Flow Meter: Accurately measure cumulative gas flow and instantaneous flow rate
- Built-in Cooling Coil: Enables rapid internal reactor cooling
- Condenser: Provides condensation reflux or solvent recovery functionality
Structure of Our High Pressure Stirred Lab Autoclave
- Magnetic Couple Stirrer
- Pressure Gauge
- Rupture Disc
- Pressure Sensor
- Gauge Saver
- Cooling water interface
- Thermowell
- Gas Inlet Valve
- Gas Outlet Valve
- Auxiliary Port (for sampling/injection, optional)
- Reactor Vessel Handle
- Heating & Insulation Module
- Touch Screen
- Smart Control Chassis
What is High Pressure Stirred Lab Autoclave?
High Pressure Stirred Lab Autoclave is a safe, reliable benchtop reactor.
Our flange-sealed high pressure stirred lab autoclaves ensure containment for demanding chemical processes under high pressure and heat.
Combining robust construction with precision engineering, it integrates high-pressure containment, efficient stirring, and controlled heating in a space-saving benchtop design.
The unique flange sealing system ensures maximum safety and reliability for reactions under extreme conditions.
Why Choose Us?
1.Industrial Safety in Compact Form:
- Robust Flange Seal Design: Unlike threaded closures, the flange with high-strength bolts provides superior, leak-proof containment at extreme pressures (typically up to 10 MPa / 100 bar) and temperatures (up to 300°C+).
- Built-in Safety Features: Engineered with overpressure protection for critical experiments.
2.Precision Mixing Under Pressure:
- Integrated Mechnical Stirring: Ensures efficient, homogeneous mixing of viscous solutions, slurries, or catalysts while under high pressure – essential for reproducible kinetics and nanoparticle synthesis.
- Consistent Reaction Control: Eliminate stratification and achieve optimal mass/heat transfer even in demanding processes.
3.Benchtop Efficiency:
- Space-Saving Design: Fits standard lab benches, eliminating the need for large floor-standing reactors. Ideal for labs with limited space.
- Quick Assembly & Operation: Flange design allows faster loading/unloading compared to traditional threaded reactors.
4.Material Versatility &Compatibility:
- Corrosion-Resistant Options: Available with SS316, Hastelloy liners, or PTFE inserts to handle acids, alkalis, and aggressive chemistries.
- Wide Application Range: Perfect for catalysis (hydrogenation, polymerization), hydrothermal synthesis, nanomaterials R&D, fuel studies, and high-pressure solubility testing.
5.Enhanced Process Control:
- Compatible with Automation: Easily integrates with temperature controllers, pressure sensors, and data logging systems for precise experiment monitoring & repeatability.
Request a Custom Quote Today!
Get competitive pricing, detailed specifications (volume, material, pressure/temp ratings), and discover how this reactor can accelerate your R&D breakthroughs.