Reflective Constant Temperature High-Throughput Photocatalytic Reactor SCI-PCRS-3-455

The SCI-PCRS-3-455 reflective constant-temperature high-throughput photocatalytic reactor supplied by Guangzhou Jincheng Scientific Instrument Co., Ltd. is an expert model with completely independent intellectual property rights. It adopts a modular design and integrates functions such as refrigeration/temperature control, magnetic stirring, light source power supply, and reflective lighting.

The high-throughput photocatalytic reactor provides 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 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 influence of the light source.

The reflective lighting distribution system ensures that the reaction tubes are illuminated from the front, back, and bottom, improving light uniformity and experimental reproducibility. The company also offers personalized customization services, designing and manufacturing photocatalytic reactors tailored to user requirements.

Features of the Reflective Constant-Temperature High-Throughput Photocatalytic Reactor:

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

Reflective Lighting: Innovative multi-surface reflective design ensures uniform illumination of reaction tubes from three sides, enhancing reaction reproducibility and stability;

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

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

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

Modular Design (Expert Model): The reaction chamber is quickly detachable and replaceable. Different chamber designs with various lighting configurations can be customized for different experimental needs, allowing one machine to serve multiple purposes.

Parameters of the Reflective Constant-Temperature High-Throughput Photocatalytic Reactor:

Model: SCI-PCRS-3-455

Nominal Cooling Capacity: 130–455W

Cooling Power Consumption: 70–220W

Heating Method: Electric Heating

Refrigeration Method: DC Inverter Compressor with R134a Eco-Friendly Refrigerant

Temperature Control Range: 10–50°C

Temperature Control Accuracy: ±0.2°C

Stirring Method: Independently Driven Motors, Rare-Earth Permanent Magnet Rotary Stirring

Stirring Speed: 150–1000 rpm, Continuously Adjustable

LED Light Source Output: Reserved, 24V 8A

Test Tube Holder: Standard 12 Stations

Product Dimensions: 500*470*570mm

Information about the Kemi Reflective Constant-Temperature High-Throughput Photocatalytic Reactor is provided by Guangzhou Jincheng Scientific Instrument Co., Ltd. If you would like to learn more about high-throughput photocatalytic reactors, please feel free to contact us.