Hydrothermal reactor HRA-09

laboratorycompacthigh-pressure

Description
Labotemp Hydrothermal Reactor Autoclave HRA-09 is a compact bench-top high-pressure magnetic stirring reactor designed for laboratory research, material synthesis, chemical reaction studies and small-scale R&D. The unit combines internal magnetic stirring, secure high-pressure sealing and modular heating to provide controlled processing for demanding experiments. Reactor wetted parts are Hastelloy; main body is stainless steel for laboratory compatibility.

Key benefits

• Bench-top stainless-steel construction suitable for limited lab space and reliable routine use.
• Digital temperature and speed control for reproducible reaction conditions and accurate monitoring.
• Magnetic stirring with top magnetic coupler and secure sealing to minimize leakage under pressure.

Features

• Leak-free operation with internal magnetic stirring
• Compact, laboratory-oriented reactor design
• Internal magnetic stirring for sealed high-pressure operation
• Digital LCD display for temperature and speed monitoring
• Precise heating and temperature control; compatible with external/modular heating
• Top magnetic coupler for stable stirring performance
• Stainless-steel reactor body; wetted parts in Hastelloy
• Equipped with pressure gauge and temperature probe
• Gas inlet (needle valve), sampling valve and venting arrangement included
• Quick separation of reactor body and heater for faster cooling
• Suitable for micro-reactions and laboratory testing
• Stable high-power stirring motor (imported)
• Secure high-pressure sealing system

Applications

• Hydrothermal synthesis
  Applicable to hydrothermal and solvothermal synthesis of nanomaterials, inorganic compounds and crystals under controlled temperature and pressure.
• Chemical reaction studies
  Supports controlled high-pressure chemical reactions, screening and dissolution studies with continuous magnetic stirring.
• Material synthesis & development
  For development of catalysts, nanoparticles, functional materials and laboratory-scale compound synthesis.
• Nanomaterial preparation
  Provides controlled temperature, pressure and stirring for nanoparticle and nanostructured material preparation.
• Pharmaceutical research
  Suitable for laboratory-scale pharmaceutical research and formulation studies when materials compatibility is observed.
• Academic & research laboratories
  Designed for universities, research institutes and R&D labs performing small-scale high-pressure experiments.
• Laboratory-scale process development
  Enables controlled reaction monitoring, sampling, gas introduction, heating and magnetic stirring for process optimization.

Technical specifications

• Filling capacity: Maximum 80%
• Reactor type: Bench-top magnetic stirring high-pressure reactor
• Reactor material: Stainless steel construction
• Wetted material: Hastelloy
• Valve material: 316L stainless steel
• Control system: Digital temperature & speed control
• Temperature display: Digital LCD display
• Pressure monitoring: Pressure gauge
• Temperature monitoring: Temperature probe
• Stirring drive: Top magnetic coupler
• Stirring method: Internal magnetic stirring
• Heating method: External / modular heating
• Venting system: Deflation / vent valve
• Sampling system: Sampling valve
• Gas inlet: Needle valve
• PPL liner temperature: Max. 220°C
• PTFE liner temperature: Max. 180°C
• Safety pressure: 16 MPa
• Recommended external heating: Up to 300°C
• Package size: 570 × 410 × 350 mm
• Gross weight: 25 kg