------Professional manufacture of filter and filter element since 2004!
------Superior quality products with reasonable price!
------Best pre-sale and after-sale service!
Description
Wedge Wire Sieve Bends
Wedge wire sieve bends have different arcs to suit machines.
Wedge wire sieve bends are made of stainless steel wedge wires. They are consist of a concave curved profile wire screen, which are inserted into a stainless steel frame. The wedge wire sieve bends are manufactured by wrapping and welding stainless steel V-shaped profile wire and support rods. Then the panel screens are cutting and curved into arc screen. The wedge wire sieve bends have continuous slots, which has efficient filtering performance. Forces exerted as materials flows against the curved surface, curved screen structure has better filtering and greater capacity than the wedge wire screen panel.
Typical product specification
Material | stainless steel wire 304, 316, 316L, 321, etc. |
Slot size | 0.25-1mm |
Panel width | 2000 mm |
Arc length | 1885 mm,2000mm |
Angle | 60° |
Profile wire | 1.8 mm × 4.5 mm ,1.27 mm × 2.4 mm |
Support bar | 2 mm × 9.5 mm ,2 mm × 4.2 mm |
Remark | Can be customized per request |
Application
The wedge wire sieve bends are mainly used for dewatering, sizing and waste water cleanup applications. They can be used in various fields, such as:
Sewage treatment.
Laundry wash water cleanup.
Poultry, fish, fruit and vegetable waste water processing.
Minerals processing.
Paper production.
Textile plants.
Advantage
High filtering, sizing, dewatering performance.
Good mechanical properties.
Great capacity than the traditional vibrating screens.
Corrosion and rust resistance.
High temperature resistance.
Low maintenance. It is easy to clean and need less maintenance.
Non-clogging.
Long and durable service life.
Easy to install and replace.
Packaging & Shipping
Packaging
1. All the products are packed in seaworthy wooden cases.
2. Any special requirement for package, please feel free to tell us.
Shipping
JX Filtration offers any delivery method for different quantity.