WH-UV-ViS Photocatalytic Glasses Microreactor

Cat. No. Specification Unit Price Quantity
MFSE528069-01 Flow: 0-10 mL/min, 0-50mL/min, 0-200mL/min, 0-1000mL/min Each Inquiry

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Product Description
Product Description
WH-UV-ViS series ultraviolet-visible light chemical microreactor is a new product, which is used to realize continuous photochemical reaction process, and also can realize the screening function and small-scale production of photocatalyst in laboratory. WH-UV-VIS series UV-Vis chemical microreactor uses BF33 high borosilicate float glass. Compared with D263 high borosilicate glass, it has better thermal, mechanical and optical properties. In particular, in terms of optical performance, it has the best UV-visible transmittance except quartz, and can achieve a transmittance of more than 80% in the 290-400nm band. WH-UV-VIS series uses a unique photochemical reaction layer and cold water layer design, which prevents the light intensity from being absorbed and attenuated by the water-cooled medium and reduces the transmittance of ultraviolet light, and the entire photochemical reactor can basically achieve the surface mirror effect, making Utilization is maximized. In the case of UV-LED and high-pressure mercury lamps, WH-UV-VIS series photochemical reactors can be used to achieve continuous flow photocatalysis.
Features
· UV-A, UV-B, VIS and other bands have high light transmittance.
· The effective utilization of light sources is greatly improved.
· Photocatalytic process is safe and stable.
Specifications
Dimensions: customized according to requirements
Flow: 0-10 mL/min, 0-50mL/min, 0-200mL/min, 0-1000mL/min
Photochemical reactor material: Schott BF33
Light source cooling mode: water cooling
Withstand temperature: -30-230°C
Withstand pressure: 20bar
Effective liquid holding capacity: 0.5mL, 4mL, 9mL, 50mL
Configurable light source types: VIS-LED, UVA-LED, UVB-LED, high-pressure mercury lamp
Applications
Application Description
· Continuous flow photochemical reactor process
· High-speed screening of new photocatalysts
· Preparation of special pharmaceutical intermediates
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