Guangzhou Jincheng Scientific Instrument Co., Ltd. supplies the Kemi Temperature-Controlled High-Throughput Photocatalytic Reactor SCI-PCRS-3-427-H.

The high-throughput photocatalytic reactor features completely independent intellectual property rights and adopts a modular design. It integrates refrigeration/temperature control, magnetic stirring, light source power supply, and reflective lighting functions, providing three parallel photocatalytic reaction stations. Each station can accommodate 1-8 parallel reactions by adapting different reaction tube holders, enabling 12 sets of parallel experiments (standard configuration), with a maximum design capacity of up to 80 sets, significantly improving research efficiency. To address the common issue of thermal effects from light sources in photocatalytic reactions, it incorporates a built-in DC inverter compressor refrigeration and temperature control system to counteract the thermal effects of the light source.

Features of the Temperature-Controlled High-Throughput Photocatalytic Reactor:

Integrated Design: Combines refrigeration and temperature control, magnetic stirring, reflective lighting, and light source power supply into one system;

Reflective Lighting: Innovative multi-faceted reflective design ensures uniform illumination on three sides of the reaction tubes, enhancing reaction repeatability and stability;

Efficient Refrigeration and Temperature Control: Maintains a constant temperature inside the reaction chamber at the set value, effectively counteracting and eliminating the impact of light source thermal effects on reactions;

Full-Area Strong Magnetic Stirring: Ensures thorough stirring of the magnetic stir bars in each reaction tube during parallel reactions;

High-Throughput Reactions: Enables 12 sets of parallel experiments (standard configuration), greatly improving research efficiency;

Parameters of the Temperature-Controlled High-Throughput Photocatalytic Reactor:

Model: SCI-PCRS-3-427-H

Heating Method: Ceramic Blower Heater

Refrigeration Method: Finned Heat Exchanger, used with a low-temperature circulation bath, achieving a cooling rate of 10°C/min

Temperature Control Range: Room Temperature ~ 100°C

Temperature Control Accuracy: ±0.5°C

Stirring Method: Independently Driven Motor, Rare Earth Permanent Magnet Rotary Stirring

Stirring Speed: 150-1000 rpm Stepless Adjustable

Test Tube Holder: Standard 12 Stations

Product Dimensions: 420*470*550mm

Information about the Kemi Temperature-Controlled High-Throughput Photocatalytic Reactor SCI-PCRS-3-427-H is provided by Guangzhou Jincheng Scientific Instrument Co., Ltd. For more details about the high-throughput photocatalytic reactor, please feel free to contact us.