The CEL-LAB500 is a high-throughput instrument designed to conduct multiple experiments simultaneously, ideal for rapid catalyst screening and parallel sample analysis. This system is widely used in photochemical catalysis, chemical synthesis, and environmental sciences. The design focuses on irradiation uniformity and precise temperature control.

Key Technical Features:

• Parallel Analysis: Allows for multiple experiments with 6 to 12 samples at the same time, speeding up research.

• Irradiation Uniformity: Optionally, the rotation of the 12-position reaction tube platform around the light source can be configured to maximize irradiation uniformity (E4 model).

• Temperature and Cooling Control: The main engine supports cooling water circulation to prevent high temperatures caused by light and heat, and features an optional temperature-controlled water chiller.

• Optimized Design: Includes integrated magnetic stirring devices and a built-in high transmission double-layer quartz cold trap that cools the light source and filters infrared light, protecting the samples.

• Flexible Light Sources: Supports and can be configured with various light sources of optional power (Xenon Lamp, Metal Halide Lamp, Mercury Lamp, Low Pressure Mercury Lamp), making it a versatile system.

• Precise Wavelength Control: The wavelength range can be precisely controlled using quartz coated filters (UV/visible regions).

• Safety and Maintenance: Features a hydraulic rod protective box for convenient instrument maintenance and sample replacement.

• Real-time Observation: Includes observation windows with anti-UV and anti-glare filters to monitor the reaction status.