Production of LCUVC-80 UV Disinfector for Direct Drinking Water

Research has shown that the mechanism of microbial removal of iron and manganese is mainly through the oxidation of iron and manganese attached to the filter material, which is catalyzed by extracellular enzymes to oxidize Fe2+and Mn2+, forming a flocculent precipitate that is intercepted by the filter material for removal. The biological method for removing iron and manganese has many advantages over the contact oxidation method. In the biological filter layer, iron and manganese can be removed simultaneously without the need for multi-stage structures. For groundwater where iron and manganese coexist, the goal of simultaneous removal of iron and manganese in groundwater can be achieved through one-stage aeration and one-stage filtration.

JiLucheng brand ultraviolet disinfection device is an effective disinfection product launched by Hebei Lucheng Environmental Protection Technology Co., Ltd. for the water quality disinfection industry. In response to the characteristics of the UV disinfection market, our company adheres to the goal of high cost-effectiveness and ensuring disinfection effectiveness, and promotes the brand of JiLucheng to the market.

The Jilu Cheng brand ultraviolet sterilizer is designed to address the water quality and industry characteristics of the water purification and disinfection industry, sewage disinfection industry, aquaculture circulating water industry, and swimming pool circulating water industry. The structure of the ultraviolet sterilizer is adjusted accordingly, and different manufacturing processes are used to improve its sterilization efficiency and reduce customer procurement, operation, and maintenance costs.

Jilu Cheng brand ultraviolet sterilizers include manual cleaning type ultraviolet sterilizers, electric push rod cleaning type ultraviolet sterilizers, motor (stepper motor or private server motor) cleaning type ultraviolet sterilizers, medium voltage type ultraviolet sterilizers, and open channel (open or frame type) ultraviolet sterilizer systems. UV sterilizers are equipped with top domestic or foreign brands of UV sterilization lamps and matching electronic ballasts. Ensure the quality and effectiveness of the product.

2： Efficient production process of ultraviolet sterilizer:LCUVC-80 UV Disinfector for Printing and Dyeing Wastewater

Production process of Jilu Cheng brand ultraviolet sterilizer

A good production process ishigh-qualityHow is the Jilu Cheng brand UV sterilizer produced to ensure the quality of the UV sterilizer? I will introduce the production process of Jilu Cheng brand ultraviolet sterilizer from the following aspects.

1Prepare high-quality raw materials based on the selected UV sterilizer model by the customer. All water related parts use SUS304 or abovestandardStainless Steel Products. Adopting national standard CNC technologyflangeStainless steel plates are made of small tolerance Taiyuan Iron and Steel brand. Select imported or domestically produced ultraviolet sterilization lamps and matching electronic ballasts.

2CNC cutting. Fiber laser cutting equipment is used to cut the plates, pipes, and heads required for the production of ultraviolet disinfectors. Nitrogen gas is used as a protective gas during the cutting process to ensure the cutting effect is free of burrs and oxidation. At the same time, CNC bending machines are used to produce supporting components such as distribution boxes and support legs.

3After laser cutting is completed, the cavity and inlet/outlet of the ultraviolet sterilizer are made using a CNC rolling machine.

4Use a longitudinal seam automatic welding machine for welding operations. The welding of the ultraviolet disinfection chamber requires adjusting the appropriate welding current and welding speed according to the thickness of the plate, and the weld bead is protected by argon gas on both sides. It is better to have uniform and consistent fish scale patterns, and the weld bead should be cash yellow.

Production of LCUVC-80 UV Disinfector for Direct Drinking WaterIn recent years, due to the global shortage of water resources, the application of ceramic membrane separation technology in wastewater treatment and reuse has become increasingly important. From the perspective of material characteristics, ceramic membranes can perform long-term stable separation operations under harsh conditions, which also determines that their main application direction in the field of water treatment is wastewater treatment, especially in the treatment of industrial wastewater. At present, ceramic membranes are mainly used for the treatment of oily wastewater, chemical and petrochemical wastewater, printing and dyeing wastewater, domestic sewage, and radioactive wastewater.