Multi-layer Sintered Wire Mesh Filter Screen For Industrial
Filtration
Product destription:
Sintered woven wire mesh consist of multi-layers of woven wire mesh
laminated together by use of ' sintering '. This creates an
enormous class of new materials with a very wide variety of
mechanical properties. By combining multiple layers of different
mesh weavings, it is possible to design materials with specific
target thickness, permeability, pore size, and mechanical strength.
Some layers are used for high precision filtration, others for
protecting and reinforcing.
According to the different distribution mesh can be divided into
Four types:
Standard 5-layer sintered woven wire mesh (Type A)
Standard sintered five-layer mesh consists of the protective layer,
the filter layer, the dispersion layer, and two reinforcing layers.
It is the most commonly used type.
Sintered square woven wire mesh (Type B)
This type of Sintered wire mesh is made by sintering multiple
layers of plain weaven square woven wire mesh together. Because of
the layer open are pecentages of the square woven wire mesh
layers,this type has good permeability and low combination to
achieve particular flow and filtration characteristics.
This type sintered wire mesh is usedful for polymer prodcution as
well as variety of fluid and air filtration applications.
Dutch woven sintered wire mesh (Type C)
This kind of sintered wire mesh laminate is made by sintering 2-3
layers of plain Dutch woven wire mesh together.This kind of
stainless steel sintered wire mesh laminate has evenly spaced
openings and good air permeability to flow.It also has ever good
mechanical strength due to the heavy Dutch woven wire mesh layers.
Perforated sheet sintered with wire mesh laminate (Type D)
This type is made by taking several layers of woven wire mesh
sintered them on a layer of perforated meta forming a very strong
yet tractable filter mesh sheet.
Product feature:
1. High strength and rigidity: extreme mechanical strength and
pressure tolerance, can be machined, welded and assembled.
2. Uniform and stable precision: consistent filter property in
various media, without apertures changing during operation.
3. Widely service environment: can be continuously in temperature
ranging from-200℃ to 600℃ and filtering in acid and alkali
conditions.
4. Cleanable: backwash easily, and reused with longer service span,
and can be cleaned by means of ways, such as backstream, filtration
liquid, ultrasonic, dissolution and baking.
5. High flow, low pressure drop.
6. Suitable for continuous and automatic operation.
Technical parameters:
Application:
Used for several (fine or deep or submicron) filtration
applications in for example the Petrochemical and Chemical
industry, Pharmaceutics, Food, Beverage, Metallurgy and Water
treatment, etc.
Common filter element:
