Sintered Wire Mesh and Filters Solutions: High-Strength Products from Top China Suppliers and Factory
Five-layer sintered wire mesh
Product Description
Five-layer sintered wire mesh structure consists of four parts: protection layer, filtration layer, dispersion layer and skeleton layer. The filter material has both uniform and stable filtration precision as well as high strength and steeliness, which is an ideal filter material for occasions requiring high compressive strength and uniform filtration precision. Because of its filtration mechanism for the surface layer filtration, and mesh pore smooth, so it has a better backwash regeneration performance, can be repeated for long-term use, especially suitable for continuous and automated operation process, is any kind of filtration materials are incomparable. The material is easy to mold, process and weld, easy to make can be processed into round, cylindrical, cone-shaped, corrugated and other forms of filter elements.
Structure Plan
Product Features
- Good strength, good steel: good mechanical strength and compressive strength, processing, welding and assembly performance is good, easy to use;
- Precision uniformity, stability: for all the filtration precision can be achieved uniform and consistent filtration performance, in the use of the mesh does not change;
- Wide range of environments: can be used for -200 ° C ~ 600 ° C temperature environment, and acidic and alkaline environment of the filtration;
- Excellent cleanability: good counter current cleaning effect, can be used repeatedly, long life (can be cleaned by counter current water, filtrate, ultrasonic, melting, baking and other methods).
Product Pressure Drop Flow Characteristics
Technical Parameters
Six-Layer Sintered Wire Mesh
Product Description
Six-layer metal sintered wire mesh is a new type of filtration material made of six layers of stainless steel wire mesh through special laminated pressing and vacuum sintering with high strength and overall steel, and the holes between the layers of wire mesh are interlaced with each other to form a uniform and ideal filtration structure, which is characterized by high filtration precision, small filtration impedance, good mechanical strength, good resistance to heat and cold, and excellent processability, etc. It is particularly ideal for high compressive strength and uniformity of over-caught precision. It is especially ideal for the filtration which requires high compressive strength and uniformity of over-caught precision. It is widely used in food and pharmaceutical industries, especially in pharmaceutical two-in-one and three-in-one equipment.
Product Characteristics
- In the standard five-layer mesh after adding a layer of 8 mesh or 12 day square hole mesh, combined into a six-layer sintered mesh, compared with the standard five-layer mesh has a better strength and diversion performance.
- High strength: high mechanical strength and pressure resistance.
- High precision: the filtration precision of 1~300um can play a uniform surface filtration performance.
- Heat resistance: can be used for continuous filtration from -200 °C to 650 °C.
- Cleanability: Due to the excellent counter-current cleaning effect of the surface layer filter structure.
Product Specifications And Dimensions
- Standard material: SUS304, SUS316L.
- Specification size: 1000mm*500mm, 1000mm*600mm, 1000mm*1000mm, 1200mm*1000mm, 1200mm*1200mm.
- Filtration precision: 1~300um.
- Special materials (Monel alloy, 904L, etc.) and size can be supplied according to the requirements of the demand side.
Perforated Plate Composite Sintered Wire Mesh
Product Description
This is a new type of filter material made of standard material (stainless steel 304, 2205, 2507, 904L or 316L) perforated plate and several layers of square mesh (or dense mesh) composite sintered into a new filter material, the number of layers and the number of meshes constituting the mesh according to the different conditions of use and application, size: can be customized according to the requirements; Thickness: 10 thick or less.
Structure
Product Features
Because it is the pressure-resistant skeleton and filter mesh sintered into one, so it has higher mechanical strength, more excellent anti-cleaning effect and small pressure drop loss.
Application areas
The product has been used in water treatment, beverage, food and beverage industries. It is widely used in water treatment, beverage, food, metallurgy, chemical and pharmaceutical industries.
Multi-layer metal sintered wire mesh
Product Description
Multi-layer metal sintered wire mesh is a new type of filtration material with high strength and overall steel properties made of multi-layer stainless steel wire mesh through special stacking and pressing and vacuum sintering, and the holes of each layer of wire mesh are interlaced with each other to form a homogeneous and ideal filtration structure, which has excellent filtration precision, filtration impedance, mechanical strength, abrasion resistance, heat resistance, cold resistance, and processability, and it is especially ideal for filtration with uniform requirement of compression strength and filtration precision, and is widely used in petrochemical, nuclear power, synthetic fiber, film, food, pharmaceutical, aerospace, and environmental industries. It is especially ideal for filtration that requires uniformity in compressive strength and filtration precision, and is widely used in petrochemical, nuclear power, synthetic fiber, film, food, pharmaceutical, aerospace and environmental protection industries.
Product Specifications And Dimensions
- Standard material: SUS304, SUS316L, 2205, 2507, 904L
- Standard specification size: 1000mm * 500mm, 1000mm * 600mm, 1000mm * 1000mm, 1200mm * 1000mm, 1200mm * 1200mm;
- Filtration precision: 1-300μm;
- Special specifications can be made and supplied according to the requirements of the industry/demand side.
Main Applications
- Used in high temperature environment as dispersed cooling material;
- Used for gas distribution, liquefied bed orifice plate material;
- Used for high-precision, high-reliability high-temperature filtration material;
- Used for high-pressure backwash oil filter.
Application
- Precision filtration of various hydraulic oil lubricants in the machinery industry;
- Filtration and purification of various polymer melts in the chemical fiber film industry; filtration of various high-temperature, corrosive liquids in the petrochemical industry; filtration, washing and drying of materials in the pharmaceutical industry; filtration and drying of materials in the powder industry.
- In the powder industry in the application of gas homogenization, iron and steel industry in the fluidization plate;
- Explosion-proof electrical appliances in the buzzer and so on.
Frequently Asked Questions (FAQ)
A1: The five-layer structure consists of four functional parts: a protection layer, a filtration layer, a dispersion layer, and a skeleton layer. This combination provides uniform filtration precision alongside high mechanical strength.
A2: By adding an extra layer of 8 or 12 mesh square hole wire mesh to the standard five-layer configuration, the six-layer sintered wire mesh achieves enhanced mechanical strength and improved diversion performance.
A3: Due to their smooth surface filtration structure, they feature excellent backwash regeneration properties. They can be cleaned repeatedly using counter-current water, filtrate, ultrasonic cleaning, melting, or baking methods for long-term reuse.
A4: The five-layer sintered wire mesh operates efficiently in temperature environments from -200°C to 600°C, while the six-layer sintered wire mesh can withstand continuous filtration temperatures ranging from -200°C to 650°C.
A5: Standard materials include SUS304 and SUS316L, but special alloys like Monel, 904L, 2205, and 2507 can also be supplied in custom sizes and configurations based on specific industry requirements.
A6: It is a composite filter material combining a perforated plate (acting as a pressure-resistant skeleton) with multiple layers of square or dense mesh. This design provides exceptionally high mechanical strength and minimal pressure drop loss.