Stainless Steel Filter Cartridges | Filter Elements
What is the stainless steel filter cartridges? Stainless steel filter cartridges is a filter made up of some layers of stainless steel 304/316 mesh and have protective stainless steel cartridge filter housing. The middle mesh layer determines the filtration efficiency and is overlaid with outer and inner layers of coarser mesh to offer support and protection. These metal filter elements can be designed as plain cylindrical or pleated configurations to increase the filtration area. Working principle: The stainless steel filter cartridge will trap or block the impurities( such as chemical impurities and physical impurities.) in the fluid when the fluid flows through.
Wide Applications: Catalyst Recovery In Petrochemical / Chemical Industries; Oil Filter; Gas Filter; Hot Gas Filtration; fuel filter; Polymer Filtration; Hydraulic Oil Filtration; Cross Flow Filtration; Medical devices; Analytical Devices; Aerosol Application; R.O. Pre Filtration; Gas-Liquid Separation, etc.
Saifilter stainless steel filter manufacturer produces cleanable stainless steel filter elements based on the industrial standard and customer's customization. Our stainless steel filter cartridges can be wrought into tubes, cartridges or disks, flat cylinder shape, pleated or according to your diversification design requirements. The filter mediums can be sintered wire mesh, sintered metal fiber, and stainless steel woven mesh.
A good amount of application for the Stainless Steel Filter is on an industrial basis; they involve significantly high temperatures and pressure systems.
Gearbox and Bearing Lube Oil Filtration
The systemic design of a vehicle's gearbox makes oil and lubricants a significant requirement, which helps to relieve friction in the moving parts.
A specific function of the Stainless Steel Filter Cartridge is to enable proper filtration of impurities in the oil or lubricants that can cause damage to the vehicle.
Many chemical reactions occur in the presence of solid catalysts. Powder catalysts based on precious metals (such as platinum) or zinc complexes are often used. These catalysts are usually highly specialized and therefore very expensive.
Cross-flow filtration can continuously recover the catalyst from the reaction mixture and then return to the process flow. This means long-term cost savings. Likewise, filter elements made of stainless steel or special alloys have a wide range of chemical resistance and are therefore best suited for this task.
Fluidized bed combustion (FBC)
This is a method of combustion effective in burning solid fuels.
Because of the sensitivity of the system, impurities can alter the entire chemical process. The stainless steel filter is effective in removing pollutants from the system.
Polymer products such as injection molded parts, films or fibers will use polymer melts. According to their chemical structure and degree of polymerization, their viscosity is different, which is related to temperature and determines rheology.
The stainless steel filter element ensures that no particles or gels enter the processing machine and avoids defects in the finished product.
Water is easily contaminated by dust, algae, chemicals, decaying sediments, organic matter, and rust. By allowing water to pass through the stainless steel filter cartridges, we can filter the water and make it free from contamination.
Because of how constantly the seal of industrial tools like refiners and pumps are in rotation, a dent of impurities may lead to a total collapse of the system. The stainless steel filter cartridge helps to rid the system of any impurity capable of causing significant damage to the system.
Stainless steel filter cartridge is very suitable for dust removal of hot exhaust gas. As an example of use is the processing of biomass gasification products. According to the quality of the fuel used, the gas contains condensed water and dust. The use of dust filter elements is based on polymer filter media. The exhaust gas must be cooled before filtering so that the heat exchanger installed here can separate some corrosive particles.
The use of high-temperature resistant stainless steel filter elements will ensure that dust is removed from the hot exhaust gas and protect downstream components.
- High strength, High hypertonicity, lower original pressure drop; Great corrosion resistance, heat resistance, pressure resistance, and wear resistance
- Stainless steel filter cartridges can be back washed & reused since there is no media migration
- Corrosion Resistance to make it a suitable instrument that does not contaminate the passing fluid.
- Suitable for harsh operation environments, including corrosivity conditions, high temperatures, or the place with poor system high pressure, and excellent product compatibility.
The stainless steel filter cartridge is useful for variants of experiments with large filtering areas and high filtration efficiency. To enable the filter cartridge to work at optimal conditions, you must periodically carry out specific methods of cleaning. Some of these methods include:
- Ultrasonic Cleaning Method
In this cleaning method, some vacuum bubbles are generated via a cleaning liquid, usually the longitudinal wave. The impact force of the pressure drives the cleaning process of the stainless steel filter cartridge. It does this by exacting pressure on the bubbles until they burst.
- Reverse-water Cleaning Method
In this cleaning method, which is sometimes referred to as the backwashing method, an inert gas, usually nitrogen, backwashes the stainless steel filter in its opposite direction.
- Solution Cleaning Method
In the solution cleaning method, the stainless steel filter cartridge is soaked for about an hour in a 5 percent nitric acid solution or sodium hydroxide solution. You can extend or shorten the soaking time base on the level of contamination and then dry it naturally with clean air.
- You can clean some of the stainless steel filter element directly in the detergent solution but avoid soaking it for an extended period. Also, consider cleaning the filter layers.
- Paper materials for filter layers cannot be cleaned with water.
- The cleaning direction and the filtration direction are complete opposites.
- Although stainless steel filter has an immense solid structure, using hard objects to clean the filter layers can cause wear.
- Dissuade from using powerful acid or alkali when cleaning the stainless steel filter.
Stainless Steel Mesh Filter Cartridge
The stainless steel mesh filter cartridge is made of 304 or 316 stainless steel woven mesh. The surface is usually cylindrical or with a support plate. It is manufactured by welding or crimping. It can be assembled without the use of resin or adhesive. The filter medium consists of one layer or more than two layers. It is configured according to your specific application requirements, using TiG seam welding, and assembling the medium, center core and end fittings according to the same procedure. They can be cleaned and reused.
The temperature working range of the stainless steel mesh filter cartridge is -150°C (302°F) to +300°C (572°F) and can withstand a pressure difference of up to 60 psi (150 psi is also available), Various micron ratings available from 5µm to 1000µm (nominal).
They have a variety of standard sizes to suit industry-standard filter housings. There are also various non-standard sizes and configurations, such as length, diameter and end cap configurations. Non-standard construction is a specific specialty. Please contact We contact to discuss your requirements.
- The wire mesh filter is durable and very resistant to wear; it also has a high filtration accuracy
- The filter wire cloth carries a wholesome and reliable anti-wear property, acid corrosion resistance, and heat resistance
- It also has a high resistance to acid and chemicals
- It works well and is excellently resistant to high temperatures
- No media migration or fiber release
- It is used in filtering fluids that are highly acidic or alkaline without being damaged. For example, Oil industries use it as the mud filter and sieve strainer in the chemical fiber industries. The electroplating industry uses the stainless steel mesh filter cartridge for acid pickling
Pleated Sintered Metal Fibre Filter Cartridges
The pleated sintered metal fiber filter cartridge is usually made into a candle shape to effectively increase the filtration area and extend the replacement cycle, thus minimizing maintenance and maximizing production efficiency. Suitable for applications that require a strong filter cartridge to resist corrosive chemicals, and are usually equipped with an external protective skeleton to protect the media and flow in the reverse direction during the cleaning process (our polymer candle filters can be easy to clean).
They are available in various standard sizes to fit industry standard filter housings, as well as various non-standard sizes and configurations. The pleated sintered metal fiber filter cartridge is made of 316L grade stainless steel and is manufactured through a welding process. The assembly process does not require the use of resin or adhesives.
The filter media are made of randomly distributed metal fiber structures, and a uniform high-porosity filter media is formed by sintering and bonding. It exhibits extremely low pressure drop, high permeability and excellent dust holding capacity. The working temperature range of the pleated sintered metal fiber filter cartridge is -269°C (-452°F) to 1000°C (1832°F), and can withstand a typical maximum pressure difference of up to 25bar (363psi) (normal flow direction). Various micron ratings available from 3µm to 300µm (nominal).
All of our pleated sintered metal fiber filter cartridge elements can be easily reused by backwashing, ultrasonic, or other non-corrosive cleaning techniques to improve economic efficiency.
- Pleated constructions available
- High differential pressures
- High chemical compatibility
- Resistant against high temperatures
- 316L FDA-approved material
- Tig welded construction
- Available with a wide variety of end caps
- Saifilter stainless steel filter manufacturer produces different metal mesh filters with different micron ratings for different applications.
Sintered Metal Fiber Filter Cartridge
The sintered metal fiber filter cartridge is made by sintering and bonding randomly laid 361L metal fibers to form a uniform high-porosity (up to 85%) filter medium and high flow rate (up to 20 times that of other media types). It has a significant low pressure drop, high permeability and good dirt retention ability. These filter elements are the same as those used in our hot gas filtration system components, which are often used in challenging high temperature applications.
The metal felt media can provide absolute particle retention, longer flow time and high dust holding capacity of the filter element below 60 microns. Although more expensive, it usually has obvious advantages over metal wire mesh and non-metallic fibers. Its high temperature, high pressure, corrosion resistance and repeated cleaning make it very economical in harsh environments.
The sintered metal fiber filter cartridge has an operating temperature range of -269°C (-452°F) to 1000°C (1832°F) and can withstand a typical maximum pressure difference (normal flow) direction up to 15bar (218psi). Various micron grades from 5µm to 60µm (nominal) are available.
Because the metal fiber formula can meet specific application requirements and inherent durability, the sintered metal fiber filter can be cleaned on site without interrupting the process flow. By minimizing downtime, this will provide an economical final process.
- Can be used for surface or depth filtration
- Available stainless steel and other alloys
- Heat and corrosion resistance
- Available in the broadest range of pore sizes of any filter media type
- Smooth surface variant preferable for backwash applications
Pleated Metal Mesh Filter Cartridges
The pleated metal mesh filter cartridge is very suitable for extreme environments, high pressure and harsh environment applications with corrosive fluids. These elements eliminate the harmful effects of media migration and provide precise filtration control for particles larger than micrometers. Through blowback or other techniques, the components can be easily cleaned to restore their service life. They are available in various standard sizes to fit industry standard filter housings, as well as various non-standard sizes and configurations.
The filter medium is made of a multi-layer sintered composite mesh structure, which forms good permeability and high tensile strength through sintering and bonding. Complex multi-layer structure in a pleated structure to optimize usable area. These nets can be made into a diffusion bonding form to improve the performance safety of pore shape and size, and have the largest pore size range of any filter media type.
The sintered metal composite mesh media is manufactured in various weaving forms. Plain weave can be simply screened by a variety of weaving methods (Dutch twill weave, wide mesh twill and single plain weave). These stainless steel wire cloth materials are made of 304 or 316, providing the most comprehensive selection of surface filtering functions. The working temperature range of the pleated sintered metal fiber filter cartridge is -269°C (-452°F) to 1000°C (1832°F) and can withstand a typical maximum pressure difference of up to 25bar (363psi) (normal flow direction). Various micron grades from 3µm to 300µm (nominal) are available.
- Manufactured in various types of weaves
- Precise aperture in size and shape
- Good permeability
- All welded, robust construction
- Available from single layered designs to complex multi-layered structures in pleated constructions to optimize the area available
- Available in the broadest range of pore sizes of any filter media type
Stainless Steel Sintered Filter Cartridges
The stainless steel sintered filter cartridge is usually sintered into a rigid porous metal medium by a multi-layer braided metal wire mesh. This medium has excellent self-supporting physical properties and can eliminate the support core of the expensive filter element. Very suitable for extreme environments, high pressure and harsh environment applications with corrosive fluids. These elements eliminate the harmful effects of media migration and provide precise filtration control for particles larger than micrometers. Through blowback or other techniques, the components can be easily cleaned to restore their service life.
Saifilter stainless steel sintered filter cartridge element is a cylindrical surface type filter, which can achieve high efficiency through the accumulation of filter cake, which is very suitable for backwashing and repeated cleaning. These components can also be used in our industrial candle filter assemblies.
The working temperature range of the stainless steel sintered mesh filter cartridge is -269°C (-452°F) to 1000°C (1832°F), which is very suitable for applications involving extremely high temperature ranges (which may damage traditional epoxy structural components). Sintered filter element. It can withstand a typical maximum pressure difference of up to 15bar (218psi) (normal flow direction). Various micron ratings available from3µm to 1000µm (nominal). Stainless steel components, including end caps, central pipes and metal mesh filter media, the configuration of these components can be designed and manufactured according to your specific application.
Advanced TIG and high frequency plasma arc welding equipment are used to manufacture components in-house. The electric XY linear motion and rotating turntable are used to accurately position the workpiece under the welding arc, so as to achieve stable and high-quality filtration element production.
- Stable pore shapes
- High permeability
- High dirt-holding capacity (longer lifetime)
- High temperature resistance
- High differential pressure withstand capacity
- Strong corrosion-resistant
- Back flushing
- Excellent mechanical strength
- No media migration
- Size customization
Safiter provides a full range of polymer filter products, including framed filter disc, single layer and point welded filter disc, polymer leaf disc, metal powder filter packs, mesh laminated sintered filter elements, and metal non-woven fiber felt sintered filter elements. Depending on specific application requirements, a variety of structural shapes are available for you to choose from, such as cylindrical, pleat or blisk.
When producing polymer melt materials such as synthetic fibers, films, and plastics, this polymeric filter can efficiently remove gel contaminants in polymers. To improve product quality, increase productivity and reduce production costs.
Technical Details And Services
- Material: Standard configuration is SS316L or other alloy.
- Standard sizes: 6", 7", 10", 12".
- Micron grade: 3-80 micron available.
- Working temperature: Can withstand continuous high temperature environments up to 310°C.
- Viscosity: Can handle the filtration needs of high-viscosity liquids up to 260 Pa.s.
- Working pressure: Maintain stable filtration performance under working pressures up to 317bar, and the maximum working pressure difference can reach 100bar.
Polymer Filter Applications
- Manufacture of PET packaging film, PEEK chip and film.
- Polyester bottle chip
- Polyester fibre
- Cellulose acetate fibre
- Nylon 6 and 66 fibre.
The temporary strainer manufactured by SAIFILTER is also called temporary flat plate strainer. The cone strainer is made of perforated mesh or precision woven mesh, which can effectively capture and intercept tiny particles or mechanical impurities. It provides effective protection for expensive pumps or nozzles. Temporary strainer Compared with conventional in-line Y-type or basket filters, SAIFILTER temporary strainers provide a more economical choice in liquid applications.
When the flow of liquid is interrupted due to long-term accumulation of particles or sediments, the temporary cone strainer installed between the flanges can be removed and cleaned or replaced on-site to ensure that the system quickly returns to optimal operation.
SAIFILTER provides customized temporary cone strainers that meet the specific requirements of different customers. The available configuration options include perforated plates, composite sintered multi-layer mesh, precision woven wire mesh, etc. For temporary strainers in special application areas, we use advanced etching filter technology to manufacture conical screens with different structures. Can be customized to add wire mesh internally or externally depending on flow direction.
- Temperature limit with Buna-N gaskets: 121℃ (250°F).
- Other gasket materials to 232°C (450°F).
- From -269℃( -452°F ) to 350℃ ( 622°F ) alloy imiting
- Normal flow direction: 0.5bar - 50bar
- Reverse flow direction: 0.3 - 43bar
* Grade dependant.
- Micron size range: 5-3000μm.
- Different media options: From 1-layer to 7-layer mesh.
- configurations, standard options include metal woven mesh and perforated plate.
- Materials of construction:carbon steel, SS316/316L, Hastelloy-C276, Inconel-600, titanium.
- Gaskets: PTFE, Buna-N2, Graphite composite
When you want to buy stainless steel filter elements for your industrial filtration needs. How to choose a reliable supplier? Here are several reasons for choosing Saifilter stainless steel filter manufacturer:
Saifilter Stainless Steel Filter Elements Offer Various Assembly Technology
The production costs of wire mesh filters using glued structures technology are lower, but it can offer enough strength to many high-pressure applications. The epoxy resin bonding structure is the ideal choice for most fluid applications.
The production of stainless filter elements using hemming and welding technology can overcome the temperature and compatibility limitations of cellulose or synthetic fiber boxes. When the application of extreme temperature ranges breaks the traditional glue-structured elements, we anneal all sintered metal filter elements to minimize the possibility of element failure due to a combined influence of intergranular corrosion and high pressure.
All the components of the sintered mesh filter are made of 304 or 316 stainless steel. These components can be used in a higher temperature environment, and are suitable for harsh environmental applications related to extreme temperature, high pressure, and corrosive fluid.
Each component has been permanently marked by laser for easy identification and retrospect.
Available Stainless steel filter mesh Options:
Our filter mediums are available in a variety of alloys and multilayer sizes from 2 to 6 layers. The main configuration of the port has the following way
- Pleated 304SS or 316SS
- Cylindrical 304SS or 316SS
- DOE, 222, 226 or 1" NPT end configurations
- Buna, Viton or Teflon Seals
- 10", 20", 30" and 40" lengths
- Standard interface (such as 222，220，226)
- Fast interface connection
- Flanged joint
- Threaded connection
- Tailor-made connection
Laser Marked End Connector
Each component has been permanently marked by laser for easy identification and retrospect.
Each polymer filter element has taken a test of bubble point and airflow before shipping to ensure the integrity and performance of the products.
Yes, Saifilter stainless steel filter manufacturer has the ISO certificate and patent certificate.
Yes, Saifilter stainless steel filter manufacturer has! From initial conceptual design to manufacturing and validation to service support, our team of experienced professional engineers is dedicated to developing the best filtration solutions.
Of course! Saifilter stainless steel filter manufacturer offers custom filter solutions for global clients. We can design filter levels, run parameters, dimensions, and styles by working closely with our customers.
Each of our stainless steel filter cartridges or filtration systems is fully qualified to meet the specified requirements, all of which are documented as a recognition of the quality of our work.