How much does UV-UVC-150 overcurrent ultraviolet sterilizer cost

NegotiableUpdate on 01/17

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Overview

Integrating optics, microbiology, mechanics, chemistry, electronics, fluid mechanics, and other comprehensive sciences. Manufacturer and model of a specially designed rate, high intensity, and long-life ultraviolet C light generating device that produces strong ultraviolet C light irradiation and flow-through ultraviolet disinfection device

Product Details

Manufacturer and model of overcurrent ultraviolet sterilizer

Key points of construction and installation

(1) It is not easy to install the ultraviolet generator on the outlet pipe close to the water pump to prevent damage to the quartz glass tube and lamp tube caused by water hammer when the pump is stopped.

(2) The ultraviolet generator should be installed strictly in the direction of water inlet and outlet.

(3) The ultraviolet generator should have a foundation that is not less than 100mm above the building floor.

(4) The ultraviolet generator and its connecting pipes and valves should be firmly fixed, and the ultraviolet generator should not bear the weight of the pipes and accessories.

(5) The installation of ultraviolet generators should be easy to disassemble, inspect and maintain, and materials that affect water quality and hygiene should not be used at all pipeline connections.

Ultraviolet sterilizers are widely used and have great value in water treatment. They destroy and alter the DNA structure of microorganisms through the irradiation of ultraviolet light, causing immediate death or inability to reproduce, in order to achieve the purpose of sterilization. The truly bactericidal effect is ZXB ultraviolet light, because C-band ultraviolet light is easily absorbed by the DNA of living organisms, especially ultraviolet light around 253.7nm.

Manufacturer and model of overcurrent ultraviolet sterilizerThe sterilization range is wide and rapid, with a short processing time. Under certain radiation intensity, pathogenic microorganisms can generally be killed in just over ten seconds. It can kill some bacteria that cannot be inactivated by chlorine disinfection methods, and can also control some higher aquatic organisms such as algae and red worms to a certain extent; UV disinfection is a physical method that does not add any substances to the water and has no side effects. This is where it is superior to chlorine disinfection. It is usually used in combination with other substances, and common combination processes include UV+H2O2, UV+H2O2+O3, UV+TiO2, which will result in better disinfection effects.