Unlock the future of electrochemistry under extreme conditions with our Lab High Pressure Electrochemical Autoclave Reactor.
Designed for demanding research in catalysis, energy storage, and materials science, this reactor merges robust high-pressure capabilities with electrochemical precision.
- Volume: 50/100/250/500/1000ml (customizable）
- Material: 316L (other special materials customizable)
- Structure: Flange type
- Heating method: electrical heating.
- Temperature: RT-300°C (customizable)
- Pressure: Max 5MPa (customizable)
- Agitation Method: magnetic stirring, speed max 1500RPM.
- Interfaces on the lid: temperature sensor, pressure gauge & rupture disc, gas inlet, vent, spare port,
- Power Supply: AC220V, 50HZ/60HZ
- Control: Touch screen control, PID self-tuning temperature 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
- Process sampling function: rapid sampling and analysis during the reaction process.
Key Features & Benefits
- Integrated Electrochemistry: Triple-electrode setup (WE/CE/RE) with corrosion-resistant materials (Hastelloy, Titanium, or 316L SS) for reliable high-pressure electrochemical studies.
- Precision Control: Real-time monitoring of T, P, pH, and electrochemical parameters via modular ports.
- Safety First: Multi-layered safety systems (burst discs, pressure relief valves) compliant with CE standards.
- Versatile Applications: Ideal for electrosynthesis, CO₂ reduction, corrosion testing, and catalyst development under extreme environments.
Why Researchers Choose Our Reactor?
“Engineered to accelerate innovation in high-pressure electrochemistry, our autoclave reactor delivers reproducible data, unmatched durability, and configurable setups for bespoke experiments.
From fundamental R&D to industrial process scaling, it’s the cornerstone of labs pushing boundaries.”