The Laboratory High Pressure Autoclave Parallel Reactor System is an advanced research platform integrating multiple independent high-pressure reactors within a single, compact unit.
This parallel reactor system enables scientists to conduct 2, 4, 6, 8, or even 12 experiments simultaneously under precisely controlled high-pressure and high-temperature conditions – dramatically accelerating R&D workflows.
Technical Specifications
Basic Specifications:
- The number of parallel reaction vessels can be customized.
- Volume: 10/25/50/100/250/500ml (customizable）
- Material: 316L (other special materials customizable)
- Structure: Flange/Quick-Opening/One-button quick-opening type
- Heating method: electrical heating/oil heating.
- Temperature: RT-300°C (customizable)
- Pressure: -0.1-10MPa (customizable)
- Agitation Method: mechnical stirring/magnetic stirring
- Valves: Two 1/4″ ferrule valve
- 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
Why Researchers Choose Our Parallel Reactor System?
Revolutionize Throughput:
Replace tedious sequential testing with concurrent experiments. Screen catalysts, optimize reaction parameters, or replicate conditions 4-12x faster than traditional single-reactor setups.Precision Control & Safety:
Each reactor features independent PID temperature control (RT-300°C+), magnetic stirring, and real-time pressure monitoring (up to 200 bar/2900 psi+). Robust 316L stainless steel autoclaves with safety valves ensure reliable containment.Unmatched Data Consistency:
Subject all samples to identical environmental conditions (heating/cooling rates, pressure profiles) for statistically significant, comparable results – eliminating batch-to-batch variability.Versatile Applications:
Ideal for:
→ High-pressure catalysis & kinetics studies
→ Hydrogenation, polymerization, hydrothermal synthesis
→ Supercritical fluid reactions & materials research
→ Pharmaceutical process development & scale-upUser-Centric Design:
Modular reactors for easy maintenance
Intuitive touchscreen interface with programmable methods
Compact footprint saves valuable lab space
Options for in-situ sampling or gas injection
Contact us today for expert consultation and unleash the power of parallel high-pressure research!