Stainless Steel flanged wedge wire collectors, also called header lateral assemblies, are assemblies of horizontal herring bone style wedge wire screen laterals and vertical secured round hub. The screen lateral has an inherent even pattern, which is made of stainless steel, Hastelloy alloy steel, and other alloy steels. The screen lateral has various slot sizes, wire sizes and diameters to suit common or customized applications.
Application of the Stainless Steel flanged wedge wire collectors
The Stainless Steel flanged wedge wire collectors are many forms in our platoon, cross, fish-shaped, straight tube, widely used in water treatment plant equipment, petroleum, chemical, pharmaceutical, food, sewage treatment, water plants, and other industries, is the water treatment equipment and water installations in the key components in mechanical filter widely applied in particular, can also be used in co-current regeneration of ion exchangers into the alkali plant.
According to user-specific process conditions, a well-designed package into the drag coefficient, alkali plant to make renewable liquid evenly distributed. While also preventing clogging due to the resin into the, alkali plant branch outlet orifice, causing jet pumping, alkalis difficult phenomenon.
Specifications of Stainless Steel flanged wedge wire collectors for water treatment:
| Material | SS304, SS304L, SS316, SS316L, SS321, 904, C276, 2205, 2207, Duplex, Hastelloy, etc | ||
| Normal Lateral Tube QTY (PCS) | 4, 6, 8, 12,16, etc. According to request, actual flow rating, and application. | ||
| Lateral OD Range (mm) | 25 to 80mm, customized | ||
| Normal Hub (mm) | 108, 133, 219, Customized | ||
| Hub and lateral connector types | Thread, Flange | ||
| Diameter Range(mm) | According to the tank diameter. (Usually 200mm shorter than tank diameter) | ||
| Slot Range(mm) | Normal slot 0.2, 0.25, 0.3, 0.35, 0.4mm.Slot according to request. | ||
| Wedge Wire(mm) | 1x2 | 1.5x2 | 2x3 |
| Support Rod (mm) | 1.5x2.52x3 | 1.8x2.52x3 | 2x32x4 |
| Note | Customized According To Requirement | ||
