Laboratory High-Pressure Reactor System

Our company is pleased to introduce the fully-integrated laboratory high-pressure reactor system, a high-performance experimental setup engineered for chemical synthesis, catalytic research, material development, and process-condition exploration in laboratories and pilot-scale workshops.

Constructed from high-grade stainless steel, the whole unit adopts a compact frame-type modular design, integrating a high-pressure reaction vessel, magnetic stirring drive, dual feeding tanks, precision pressure gauges, high-pressure valve manifolds, and bottom discharge assembly. All pipeline connections adopt high-pressure sealing fittings, ensuring reliable sealing performance under high-temperature and high-pressure working conditions.

The magnetic stirring drive delivers stable, leakage-free agitation for homogeneous mixing of reaction materials. Two independent feeding tanks enable safe, quantitative feeding of liquid or gaseous raw materials into the autoclave under pressure-controlled conditions. Multiple manual high-pressure valves allow flexible control for feeding, sampling, venting and pressure adjustment. The equipped precision pressure gauge provides real-time pressure monitoring for safe operation. The bottom discharge valve facilitates convenient sampling and material discharging after experiments. The integral stainless-steel support frame keeps the whole device stable, compact and easy for installation and laboratory layout.

This reactor system is widely applicable for hydrogenation, polymerization, catalytic reaction, high-pressure synthesis and other lab-scale tests. It supports customisation on vessel volume, working pressure & temperature, material selection, feeding mode and sensor configuration to satisfy diverse research-project requirements.

Key Features:

· Modular integrated structure, compact layout, easy installation and operation

· High-strength stainless-steel vessel and high-pressure pipeline components, excellent pressure-resistance & sealing property

· Leak-proof magnetic stirring unit for stable material mixing

· Dual independent feeding tanks for safe pressurized raw-material addition

· Multi-valve manifold for flexible feeding, venting and sampling operations

· Real-time pressure monitoring, bottom discharge for convenient material output

· Custom-available parameters: volume, pressure rating, temperature range, wetted material, auxiliary sensors

Suited for university laboratories, research institutes and enterprise R-D centres, this high-pressure reactor system delivers reliable performance for your high-pressure chemical research and process-development work.

For detailed specifications, quotation and custom-solution consultation, please contact our sales team.