High quality stainless steel wedge wire all-welded wire wrapped screen

     Welded V Wire Screens are made from V shaped profile wire, which is spirally wound around a cage of longitudinal support rods. Each intersection point of these wires is fusion welded, with an unique welding process. The pitch of winding gives different spacing between two adjacent turns of wire. This spacing gives passage for water to enter. The entire process is completed on fully computerized machines. V Wire Screen offers great strength, precision, long service life and a wide range

Features for High quality stainless steel wedge wire all-welded wire wrapped screen:

The welded wedge wire screen baskets provide more sufficient opening than the perforated metal baskets. It is stronger and can bear heavy loading pressure than the woven mesh filter baskets. The wedge wire basket can work with both benefits of the perforated and woven mesh filter elements and avoid the shortcomings. It is stronger, has more aperture and pressure differential levels can be achieved by variety of the slotting. Also it is economic.

Applications for High quality stainless steel wedge wire all-welded wire wrapped screen:

Wedge wire products are used for solid / liquid and solid / gas separation, sizing, dewatering and media retention in Oil & Gas wells, Water Wells, monitoring & soil sanitation, the (petro) chemical industry, food and process industry and architecture.

Characteristics for High quality stainless steel wedge wire all-welded wire wrapped screen:

The welded stainless steel wire wrapped pipe screen is made up of rods and profile wire. The rod can be round wire, triangular wire or trapezoid wire. The profile wire is triangular wire (V-shaped wire). This type of pipe screen has a structure and high open area, as well as accurate slot dimension. At the same time, stainless steel pipe screen has heat-resisting, anti-corrosive, good machine capability, last long, safety and reliability and so on characteristics. It can be used in many kinds of medium filtering.