316L Stainless Steel Wet Electrostatic Precipitator in the Phosphorus Chemical Industry

Stainless Steel Wet Electrostatic Precipitator Anode Tubes

  Conductive Stainless Steel Anode Tubes - Alloy Steel Anode Tubes for Wet Electrostatic Precipitation. It features good electrical conductivity and high toughness. Currently, it is a classic type of alloy steel anode tube internationally. Stainless steel anode tubes have the following characteristics:

 1. Stainless steel anode tubes are easy to install, ensuring the inter - connection of each module and the stability of electrical conductivity.

Stainless steel anode tubes on the production line and stainless steel wet electrostatic equipment ready for shipment.

2. The inner surface of the tube wall of stainless steel anode tubes is smooth and flat, facilitating easy cleaning by flushing. There are no defects such as cracks, delamination, and pinholes that may affect the performance.

3. The end - face of stainless steel anode tubes is flat, with no deviation in pipe diameter and length. They have high tensile strength, strong wear resistance, good anti - corrosion performance, do not deform at high temperatures, and have a long service life. The alloy steel material can also be recycled for a second time.

4. Stainless steel anode tubes are convenient for maintenance and cleaning. In the assembly and production process of alloy steel anode tubes, a fully automatic welding process is adopted. A double - layer alloy steel flange is installed on the upper part of the module, and an alloy steel stiffening plate is used for reinforcement in the middle. The welded parts will not fall off or be punctured. The flange size, thickness, and rib density are strictly designed, produced, and manufactured according to the drawings provided by the customer.

Commonly used materials for conductive stainless steel anode tubes include SUS304, SUS316L, 2205 duplex alloy steel, 254SMO austenitic - grade stainless steel materials, etc.

Applicable fields of stainless steel wet electrostatic precipitators:

Phosphorus chemical industry, flue gas dust removal in coal - fired power plants and boilers, acid mist treatment in the sulfuric acid industry, dust removal of converter gas, high - humidity dust in the steel industry, dust removal in non - ferrous metal smelting, and the glass production industry.