Introduction: PL-DY1600 UV photochemical reactor is suitable for various photodecomposition experiments: acetaldehyde, ketone, halogen inducer, thio compound, paraffin, heterocyclic compound, aromatic point nucleus, conjugated diene, polyene compound, epoxy compound , ICH light stability test, simulated solar ultraviolet aging test, catalyst preparation, photochemical synthesis of chemical products and photochemical degradation of pollutants. Features: 1. The ultraviolet photochemical reactor adopts a multi-lamp ring illumination mode, and the sample receives light parallelism better. 2. Use voltage AC220V 50Hz, no high voltage is generated when lighting, safe and reliable. 3. The center of the reaction chamber has a magnetic stirrer with a stirring speed ratio display (conventional type), can be equipped with a multi-point agitator to achieve both revolution and stirring motion. 4. An automatic lifter can be added to lift the sample. 5. Lamp life is long, averaging 3000 hours (254nm lamp). 6. Built-in air cooling cycle to enhance the air flow of the reaction chamber. 7. Clearly observe the upper cover with UV protection. 8. The lamps of different wavelengths can be replaced at any time to facilitate the comparison test. Optional (184nm, 254nm, 313nm, 340nm, 352nm, 365nm, white) 9. With a leaky drainage tube. Technical Parameters: Equipment model: PL-DY1600 Working voltage: AC220V 50Hz Number of lamps 16 Lamp optional wavelength: 184nm, 254nm, 313nm, 340nm, 352nm, 365nm, white light Lamp life: greater than 3000H Inner wall material: imported reflective material Reaction chamber diameter: 210mm Reaction chamber depth: 300mm Lamp brand: SANKYO, US GE, Osram and domestic brands Irradiation power: 4 blocks controllable (25%, 50%, 75%, 100%,) Cooling method: wind circulation Stirring method: magnetic stirring Stirring motor power: 15w Stirring speed: adjustable Mixing speed: 0-1500 rpm
Introduction: PL-DY1600 UV photochemical reactor is suitable for various photodecomposition experiments: acetaldehyde, ketone, halogen inducer, thio compound, paraffin, heterocyclic compound, aromatic point nucleus, conjugated diene, polyene compound, epoxy compound , ICH light stability test, simulated solar ultraviolet aging test, catalyst preparation, photochemical synthesis of chemical products and photochemical degradation of pollutants.
