4 Low Carbon Galvanized Water Well Screen For Water Infrastructure Easy Clean

Low Carbon Galvanized Water Well Screen Mesh, Welding v-Slot Tubes, Wedge Wire Drum Mesh

Water Well screen is widely used throughout the world for water, oil, and gas wells, and is the dominant screen type used in the water well industry.

Water Well Screen is made by winding cold-rolled wire, approximately triangular in cross section, around a circular array of the longitudinal rods. The wire is attached to the rods by welding, producing rigid one-piece units having high strength characteristics at minimum weights. Slot opening for continuous-slot screens are manufactured by spacing successive turns of the outer wire to produce the desired slot size. All slots should be clean and free of burrs and cuttings. Each slot opening between adjacent wires is V-shaped, from the special shape of wire used to form the screen surface.

• Slot size (mm): 0.10, 0.15, 0.2, 0.25, 0.30-3, also achieved upon customer request
• Open area: Up to 60%
• Material: Low Carbon, Low Carbon Galvanized steel (LCG), Stainless Steel (304, etc.)
• Length: Up to 6 meters
• Diameter: Ranging from 29 mm to 1300 mm
• End Connection: Plain beveled ends for butt welding, male/female threaded, Flange, Closed Up etc.

• Maximum profile wire length of 4000mm
• Maximum support rod length of 4000 mm
• Standard spacing between the support rods of: 25, 50, 75, 100 up to 300mm and more
• Slot opening can be very micron to 0.03 mm
• Wedge wire materials: Galvanized Steel, Stainless Steel (other materials available upon request)

Water Wire Screen provide a unique combination of the most important features required for maximum screening efficiency. The product is custom designed to suit the specific requirements of the customer and to enable a relatively low cost and high performance solution for the screening application.

The high open area of the Wedge Wire screen provides excellent capacity. Wedge Wire screen offers continuous slot openings that widen inwardly so that particles tend to pass through the screen.