Sintered ceramic materials are formed by the Sintering method in this method ceramic powder particles heat to the green compact part to a high temperature below the melting point when the material of the separate particles diffuses to the neighboring powder particles.
FAFS Ceramic Filters are used for the protection of Gas Turbines and the reduction of emissions from environmentally - conscious Coal Fired, electric power stations.
Sintered mesh filters are resistant to high temperatures and corrosion, so they are usually used for purification and filtration of liquids and gases, separation and recovery of solid particles, transpiration cooling at extreme high temperatures, and airflow control distribution. Filter cartridges are made of stainless steel 304/316L. Sintered mesh cartridges are available in the operating range from -150C to +300C with differential pressures up to 25 bar. Material:stainless steel304/316L Technique:wire mesh Thickness: is determined by the number of layers of sintered wire mesh, five layers of standard sintered wire mesh thickness is generally 1.7mm. Size: According to the size of the sintering furnace chamber, the common specifications are 500mmX1000mm, 1000mmX1200mm. High strength: high strength even after high temperature sintering, up to 600C Durable and corrosion-resistant: maintains a stable structure at high temperatures and pressures or in highly acidic environments. High filtration accuracy, customizable: filtration accuracy from 1 micron to 8000 microns Widely used: widely used for uniform filtration in high-pressure or high-viscosity environments, such as petroleum, chemical and food grade filtration. Why use wire mesh filter? Stainless steel sintered wire mesh filter is a new type of filtration material which is made of multi-layer metal wire mesh through special laminated pressing and vacuum sintering process, with high mechanical strength and overall steel. The pores of each layer of wire mesh are interlaced to form a uniform and ideal filtration structure, which not only overcomes the shortcomings of ordinary metal wire mesh with low strength, poor rigidity and unstable mesh shape, but also can reasonably match and design the material's pore size, penetration performance and strength characteristics, so as to make it have excellent filtration precision, filtration impedance, mechanical strength, abrasion resistance, heat resistance, and the comprehensive performance is significantly better than that of sintered metal powder and sintered metal powder, and the overall steel. The comprehensive performance is significantly better than other types of filter materials such as sintered metal powder, ceramics, fiber, filter cloth, filter paper and so on. What's the structure of the wire mesh filter Metal sintered filter is a widely used standard structure of sintered wire mesh, generally five-layer structure, divided into five parts: protective layer, filtration and control layer, dispersing layer, supporting skeleton layer, and skeleton layer.
Sintered Filter Feature 1. Sintered filter is surface filtration 2. Sintered filter is good for backwash because the pore passage of zwen sintered wire mesh aperture is very smooth 3. Sintered filter has uniform pore size distribution 4. Wire mesh will not shed in filtration process 5. High compression strength 6. High mechanical strength 7. High rigidity 8. High abrasion resistance 9. Good durability against most liquids, gases and aggressive steam 10. High temperature resistance 11. High filter rating accuracy 12. High filter efficiency 13. Good corrosion resistance 14. Washable and Cleanable 15. Reusable 16. Long service life Sintered Filter Technical Parameter Raw Material: SS 316L, SS 304 Filter Media: ZWEN Sintered Wire Mesh Filter Rating: 0.5-300 Microns Filter Efficiency: > 99.99 % Operation Temperature: â?¤ 816 Outside Diameter: 10 mm, 15 mm, 25 mm, 30 mm, 50 mm, 60 mm, 63.5 mm, 65 mm,100 mm,150 mm, 250 mm, 380 mm, 500 mm or others Length: 40 mm, 90 mm, 127 mm, 254 mm, 508 mm, 762 mm, 1016 mm or others Gasket: PTFE, Viton, Silicone, Buna-n, EPDM Connector: 1. DOE 2. 220 3. 222 4. 226 5. Thread (NPT,BSP,G,M,R) 6. Flange 7. Special customization Application Polyester filtration, polymer filtration, high viscosity filtration, fuels and lubricants filtration, oil filtration, steam filtration, high temperature gas filtration, high temperature liquid filtration, steam filtration, potable and process water filtration, beverages filtration, detergent filtration, solvents filtration, pharmaceutical industry, chemical industry, chemical fiber industry, food industry
sintered glass filter mediasintered glass filter media sintered glass filter media Factory Supply sintered glass filter media Our main product is sintered glass filter media, filter tube, filter cylinder, filter disc etc., the main part of our product is made of stainless steel wire mesh, the mesh detailed specifications is as follow: Material: AISI304, AISI 304L, AISI 316, AISI 316L etc. Normal mesh size: Plain weave: 0.5X0.5mesh to 635X635 mesh; Twill weave:20x20mesh to 400x400mesh; Plain dutch weave:10X64mesh to 80X700mesh; Twill dutch weave:20x250mesh to 400X2800mesh; Reversed dutch weave: 48x10mesh to 720x150mesh. Wire diameter:0.025mm-1.8mm. Features: High tension: Much higher tension than common polyester mesh and smooth tension; Super precision: Uniform wire diameter and aperture with extremely low difference; Low elongation: Very small elongation of wire mesh at high tension; High flexibility: The wire mesh will not lose elasticity at extreme tension; High corrosion resistance: The excellent corrosion resistance of stainless steel wire exceeds polyester fiber. Usage for the micron stainless steel mesh filter: Micron Mesh Mainly used for Separation and Filtration, extensively used in petroleum, chemical industry, environment protection, mine, airspace, paper-making, electronic, metallurgy etc. Widely used for water, air,liquid filter. sintered glass filter media sintered glass filter mediasintered glass filter media [ Packing ] sintered glass filter mediasintered glass filter media [ Payment term ] 1)100%T/T in advance if order amount less than USD10000.00 2) 30% paid in advance and 70% balance paid before shipment if order amount more than USD10000.00. 3) Irrevocable L/C at sight. Any other payment term can be negotiatory. sintered glass filter media
Sintered industrial filter elements 1.Material:316l, 304 2.Filtering micron:1um-200um 3.Filter media:sintered mesh plate & sintered metal fiber felt 4.Size:on customers' drawing. 5.Shape:filter cartridges, filter disc, filter panel, pleated filter elements, perforated filter cartridges and etc. 6.Connect adaptor: flange, thread inserts, and etc. 7.Sintered filter elements high heat resistant, large filter area, less lost of pressure, easy to wash and assembly. 8.Working temperature:-200-600c. Wooden case, plastic film.
Sinter metal powder filters are made of metal powder in high temperature by cold isostatic pressing or co-axial pressing. The available materials are:stainless steel 316/316L,304/304L,310,Titanium,Monel,Nickel,Hastelloy and other alloy. The OD,length and the poro size of the sinter metal filter can designed according to the customer's requirements. The OD is made from 13mm to 135mm. The poro size is made from 0.2-200microns. The sinter metal powder filters are widely used in the fine filtration such as the aeration, chemical petro,biochemstry and lab experiments. Mian Application: 1. Gas and liquid filtration 2. Solid catalyst recovery 3. Filtration of slurry oil and other petrochemical products 4. Fluidization 5. Powder conveying 6. Aeration and other application in various industrial fields.
Introduction: The main filter material of the stainless steel sintered filter element uses 304, 304L, 316, 316L stainless steel fiber sintered felt and stainless steel woven mesh as the main filter medium. The stainless steel fiber sintered felt is a porous deep-shaped filter material made of stainless steel fibers through high temperature sintering; stainless steel; Woven mesh is woven from stainless steel wire. characteristic: 1. The stainless steel precision filter element has high porosity, good air permeability, low resistance and low pressure difference; 2. After the stainless steel precision filter element is folded, the filter area is large and the dirt holding capacity is large; 3. The stainless steel precision filter element is resistant to high temperature and corrosion, and is suitable for filtering high viscous liquids; 4. Good regeneration performance, can be used repeatedly after chemical cleaning, high temperature and ultrasonic cleaning; , All stainless steel structure, wide chemical compatibility; The main technical parameters: 1. Working temperature of stainless steel precision filter element: 500 2. Filtration accuracy: 1-200um 3. Working temperature: 0.1-30MPa 4. Filter element specifications: 5-40 inches (can be made according to user requirements) 5. Interface form: threaded interface, 222, 226, 220, etc.
Customized connector pleated sintered filter cartridges are filter elements that are made of stainless steel wire mesh or sintered metal fiber felt. The filter cartridges are formed by sintering at the contact points of the wire mesh, creating a porous filter cylinder with high surface filtration performance. The cartridges feature a pleated design, providing a larger filtration area and strong dirt-holding capacity. They can be provided with double-open ends or single-open ends, often accompanied by threaded end gaskets (such as O-rings) to reduce friction. Specifications Material: Stainless steel 304/316L or other special alloys Filtration precision: 1-300 microns Porosity: Up to 90% Length: 99-1490 mm Diameter: 35-80 mm Operating temperature: -200�°C to 600�°C Cleaning methods: Backwashing, ultrasonic cleaning Connector: As per drawing requirements Features High dirt-holding capacity: The pleated design provides a larger filtration area, allowing the filter cartridge to efficiently capture and retain dirt, extending its service life. Corrosion resistance: The filter cartridge is made of stainless steel throughout, exhibiting excellent corrosion resistance and suitable for filtering various corrosive media. High strength and stability: The filter cartridge possesses high strength and stability, capable of withstanding high pressure and harsh operating conditions, ensuring reliable operation of the filter. Multiple filtration grades: Different filtration grades of filter cartridges can be provided to meet various particle size filtration requirements. Easy to clean: Pleated sintered filter cartridges can be cleaned through various methods, including backwashing, reverse flow, and ultrasonic cleaning, while still maintaining high filtration efficiency after cleaning. Applications Chemical industry Oil and gas industry Food and beverage industry Pharmaceutical industry Electronics industry Automotive industry Other industrial applications
Sintered Porous Plastic is a semi-rigid, open-cell porous material made by a process known as sintering. It is permeable to fluids, the permeability being adjustable. Porous Plastics have magnificent elasticity, high physical strength, and are lightweight providing a rugged easily handled part. Plastic materials are formed by sintering for applications that require materials of specific porosity. Sintered plastic porous components are used in filtration and to control fluid and gas flows. Our porous tube is strong at various wall thicknesses with the ability to withstand high pressure. Also, the plastic material is resistant to many chemicals and a wide range of temperatures.
FAFS sintered bronze parts are rigid, temperature-resistant, and high-strength parts formed through the process of sintering, or powder metallurgy. Bronze is an ideal material choice for the process of sintering as it is a non-ferrous metal that is commonly used as a conductive material. Sintered bronze parts are an economical manufacturing option, especially for large quantities of products as sintered metal parts can be fabricated repeatedly with close tolerances. Its porosity allows air, lubricants, and liquids to pass through it. The porosity of the parts can also be adjusted according to the intended application of the part and the desired level of flow.