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5 Layer Sintered Wire Mesh High Wear Resistance High Dust Capacity 100 Micron
Description of 5 layers stainless steel sintered mesh round for filter plate
Sintered wire mesh and nonwoven sintered mesh for a variety of (fine or deep or sub-micron) filtration applications such as petrochemical and chemical industries, water conditioning and pharmaceuticals
The sintered wire mesh is composed of a plurality of layers of stainless steel wire mesh laminated by sintering.
This has produced a large class of new materials with a variety of mechanical properties. By combining multiple layers of different mesh weaves, materials with specific target thicknesses, permeability, pore size and mechanical strength can be designed. Some layers are used for high precision filtering and others are used for protection and enhancement.
Application of 5 layers sintered mesh plate
The widely use in filter, for example filtration of all polymer melts in the chemical / membrane industries / in the pharmaceutical / biological and beverage industries.But also can work in hydraulic fuel and lubricating oil filtration in mechanical equipment.
The mesh plate also can work on high temperature filteration and corrosive liquid filtration in the petroleum industry.
This shows that the sintered can work in various filed,if you don't know which kind of use can use the sintered mesh, don't hesitate , please contact us, we can give you a reference.
Feature of the 316 stainless steel sintered mesh
1. Can be used multiple times.
2. High dust capacity, high filtration precision and long flow life.
3. Provide large filter area for welding and machining.
4. High porosity, good permeability, reduced pressure and large flow.
5. Corrosion resistance of acid, alkali and organic solvents.
6. Can be used for a long time at a temperature of 600 °C.
Parameters of stainless steel sintered mesh
Note: This list for a reference, not for the complete list.
Nomin al filter rating | structure prodextive layer+control layer +dispersion layer+ reinforce layer+ reinforce layer | Thickness(mm) | air perm eabilit | Bubble pressure(mm) | weight (kg/m2) | porosity (%) |
1 | 100+400*2800+100+12*64+64 | 1.7 | 1.81 | 360-600 | 5 layer 8.4 | 40% |
5 | 100+200*1400+100+12*64+64 | 1.7 | 2.42 | 260-550 | 6 layer 14.4 | 40% |
20 | 100+165*800+100+12*64+64* | 1.7 | 4.5 | 170-450 | 40% | |
200 | 40+80+40+20+40+80+40 | 2 | 26 | 50-150 | 40% |