Engineering Overview: High-Pressure Reactors & Autoclave Systems
High-pressure laboratory reactors and stirred autoclaves facilitate chemical syntheses, catalytic hydrogenations, hydrothermal crystal growth, and corrosion investigations under extreme temperature and pressure conditions. Manufactured by Parr Instrument Company and supplied exclusively by Orbit Technologies in India, these systems feature magnetic drive agitators that eliminate dynamic shaft seals, prevent vapor leaks, and provide hermetic containment up to 5000 psi (345 bar) and 500°C.
Measurement Principles & Technology
- Hermetic Magnetic Agitation: High-torque rare-earth neodymium magnetic drives transmit rotary torque through a non-magnetic pressure barrier without stuffing boxes or mechanical seals.
- ASME Code Construction: Heavy-wall pressure vessels designed and stamped in accordance with ASME Section VIII, Division 1 boiler and pressure vessel codes.
- PID Cascade Control: Digital controllers manage both internal process temperature and external ceramic heater temperatures to prevent thermal overshoot during exothermic reactions.
- Corrosion Resistant Metallurgy: Wetted components engineered from specialized alloys including Hastelloy C-276, Inconel 600, Monel 400, Nickel 200, and Grade 2 Titanium.
International Standards & Regulatory Compliance
Rules for Construction of Pressure Vessels
International safety standard governing design, manufacturing, and proof testing of autoclave vessels.
Pressure Equipment Directive
European regulatory standard for high-pressure equipment containment and pressure relief safety.
Quality Management Systems
Assuring design repeatability, material traceability, and mill test certificates (MTC).
Explosive Atmosphere Electrical Compliance
Motors and controllers rated for hazardous chemical and flammable gas environments.
Core Industrial Applications
Catalytic Hydrogenation & Synthesis
Screening heterogeneous catalysts, pharmaceutical active intermediate reduction, and polymer synthesis.
Hydrothermal & Solvothermal Synthesis
Advanced nanomaterial growth, zeolites, metal-organic frameworks (MOFs), and battery cathodes.
Petrochemicals & Bio-refining
Hydrocracking, bio-oil upgrading, transesterification, and supercritical CO2 extraction.
Corrosion & Material Testing
Sour gas (H2S / CO2) degradation, stress corrosion cracking (SCC), and nuclear water chemistry testing.
Laboratory Selection Checklist
Why Laboratories Across India Partner with Orbit Technologies
Established in Hyderabad in 1995, Orbit Technologies manufactures and represents world-class scientific instruments. As Parr Instrument Company's exclusive partner and #1 Global Dealer for new orders, we provide full end-to-end support: from testing application guidance and custom engineering to factory-certified installation, NABL-traceable calibration, and lifetime spares.
14 Dedicated Sales & Service Branch Locations:
Hyderabad · Delhi · Mumbai · Kolkata · Chennai · Bangalore · Pune · Nagpur · Lucknow · Baroda · Bhubaneswar · Bilaspur · Raipur · Ranchi
Common Technical Questions: Reactor Systems for Corrosion Monitoring Studies
Key questions on testing standards, operating methods, maintenance, and calibration.