Wire Wrapped Wedge Wire Well Screen
Xinlu Wedge Wire Well Screen is made with inverted wrapped V wire (mostly stainless steel ) welded to the supporting ss bar or rod. This type of well screen is also known as V wire wrapped well screens, wedge wire screens cylinder (due to the outline pipe forms), Johnson Screen, reversed slot screen water filter, stainless steel slot tube (due to ss material is the most popular) or pipe base well screen.



Wire Wrapped Wedge Wire Well Screen
Atlas Wedge Wire Well Screen is made with inverted wrapped V wire (mostly stainless steel ) welded to the supporting ss bar or rod. This type of well screen is also known as V wire wrapped well screens, wedge wire screens cylinder (due to the outline pipe forms), Johnson Screen, reversed slot screen water filter, stainless steel slot tube (due to ss material is the most popular) or pipe base well screen.

V Profile Wrapped Wedge Wire Screen Cylinder


Stainless Steel Reversed Well Screen
Screen Structures: The reversed wire rolled or wrapped wedge wire screen has the supporting rod outside of the filter cylinder or tube. This type of well screen goes from inside to outside, while another filter type is from outside to inside.
Material: Low Carbon Galvanized ( LCG ) and Stainless Steel (SS)
Slot size (mm): 0.05, 0.1, 0.25, 0.50, 0.75, 1.00, 1.50, 2.00, 3.00...Also achieved upon customer request.
Filtration Style: From inside to outside
Type: 1. The wire is the length of the screen and the rod is the circle of the screen
2. The wire is the circle of the screen and the rod is the length of the screen

Uses: V wire reversed wrapped wedge wire screen is mainly used for water well screens designed for depths of 100 m, 200 m, 350 m & 600 m.
Advantages of using V wire Wrapped Wedge Wire Water Well Screens:
When compared to conventional slotted pipe, wire wrapped wedge wire screens have superior open area due to their continuous slot openings. The benefits of which will:
. Reduce energy consumption and increase water flow.
. Reduce erosion of entry surfaces and increase well life.
. Allow a uniform and efficient well development.
. Reduce significantly potential pump damage and subsequent maintenance costs.