AISI 316 Wedge Wire Screen Funnel Type Centrifuge Basket Reverse Taper Screen Mesh

Product Description:

Reverse Wedge wire screen taper cylinder is made by Johnson screen mesh through reverse welding . Johnson screen mesh is welded by V wire and support rod.There is a fixed value slot between each v wire, and the continuous slot, designed to provide maximum open are to reduce entrance velocity, increase hydraulic efficiency and promote more effective development. The finished reverse wedge wire screen cylinder have a smooth inside. We can make it to a funnel type to suit the centrifuge machine.Special funnel shape can make the sieve basket play a more efficient role in the centrifuge.

.

Specification:

Regular Specifications:

Material: stainless steel 302, 304, 316, 304L, 316L or low carbon galvanized

I.D.: 150 - 1000 MM

Slot: 0.1mm - 35mm

Discrepancy: + / - 0.05mm

Length: 300mm-3000mm

Specification of the wrap wire:1 * 2 mm, 2 * 3 mm, 2.2 * 3.5 mm, 3 * 4.6 mm and so on.

Specification of the rod: 2 * 3 mm, 3 * 4.6 mm, 3 * 5 mm, 4 * 4 mm ( square shape ) and so on.

Filter Type: from inside to outside.

Other components : Flange, stiffener, lifting handle, and other type components by request.

Special specification can be made according to your need.

Advantages:

adoption of the wedged wires made a V profile slot. This design ensures the fluent of water filtration and more effective

The CNC machine tools strictly control the gap between the wire, so that the gap is even.

Stainless steel have the high corrosion resistance.

Filter from inside to outside , and the outside slot is bigger than inside slot, so it is easy to bakc flush.

Apply to Built-in scraper, brush, suction first class cleaning device.

easy operation, fine permeability, unaffected by temperature, long life service, safety and reliability, low comprehensive cost.

Industry:

Chemical, petrochemical, sewage treatment, steel, urban water treatment, farmland irrigation, fruit and vegetable dehydration, solid liquid separation, livestock manure dehydration.

Pictures: