Trusted Distributor of Sintered Metal Filter in China

SHENGYE is one of the authorised distributors of sintered metal filter in China. We provide high-quality products at very affordable rates.

  • We optimize the pore size ranging from 0.2 microns to 200 microns for manufacturing of sintered metal filter.
  • We manufacture ultra-thin sintered metal filter of wall thickness less than 1 mm.
  • Our sintered metal filter is suitable to use as tubes or geometries of varying sizes.
  • We use the latest technology to optimize the shape, size, and geometry of sintered metal filter.

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    Best Manufacturer of Sintered Metal Filter in China

    SHENGYE is the best manufacturer of sintered metal filter in China. We are committed to maintaining the standards of the sintered metal filter by performing different quality tests, optimizing manufacturing protocols, and designing the best products under your designated requirements. 

    A Reliable Manufacturer Of Sintered Metal Filter

    SHENGYE is a reliable manufacturer of sintered metal filter in China to meet customers’ requirements by using cutting-edge technology. Our premium sintered metal filter products include:

    Order online our sintered metal filters to achieve a smooth filtration speed suitable for a variety of industrial applications.

    Our sintered metal filter elements are optimized by accurate size, filter rating, shape, and disc plate to get the best results.

    Buy our sintered metal filter disc manufactured through a powder sintering process to achieve your specified needs.

    Our engineers can customize a broad range of materials, sizes, and fittings for the porous metal filter to create a completely customized filter.

    Our sinter metal filter comes in various elements and materials, each having its specification and application benefits.

    Our porous metal filters are manufactured through controlled porosity, corrosion-proof properties, temperature sensitivity, and high-pressure tolerance.

    Purchase our sintered porous metal filter designed with excellent pore size and filtration capacity to achieve your desired results.

    Our metal filter elements are a popular choice for various industrial applications with great anti-corrosion and temperature stable properties.

    The multi-layer sintered metal disc is widely used in chemical, environmental detection, instrumentation, pharmaceutical, and other applications.

    Purchase sintered metal powder filter available in nano micron pore size, high tensile strength, and uniform dimensional tolerance.

    Our anti-corrosion sintered metals are the top choice of users to achieve a smooth filtration rate without affecting the quality of the separating particles.

    Our sintered metal tubes are manufactured from premium quality stainless steel and bronze material to ensure durability and excellence.

    Why Choose SHENGYE To Buy High-Quality Sintered Metal Filter From China?

    SHENGYE is a premium supplier of the sintered metal filter from China.

    We supply premium-quality products at very affordable rates by analyzing the requirements of our clients.

    We inspect every minute detail from start to end to closely monitor each stage.

    Our products are passed through extensive selection criteria before shipment. Additionally, we hold the expertise to manufacture custom-made products under your budget.

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    How Do We Produce Your Sintered Filter and Make Quality Control?

    Raw Material Process 1

    Raw Material

    SHENGYE always insist on choosing uniform powder of raw material to produce each of your sintered filter with great pore size, high tensile strength and temperature stability.

    Powder Filling Process 2

    Powder Filling

    Our ultra-efficient industrial tools closely monitor the powder filling process to convert sintered raw materials into the sintered filter at very affordable rates.

    High Sintering Process 3

    High Sintering

    SHENGYE use stainless steel and bronze materials for the high sintering process to solidify materials without passing them through liquefaction by applying heat and pressure.

    Precision Machining Process 4

    Precision Machining

    We use a high-precision machining process for manufacturing sintered filter metal parts by using innovative techniques to meet precision filtration characteristics.

    Size Inspection Process 5

    Size Inspection

    SHENGYE inspect all the sizes of the sintered filter by applying pressure gauge and high-efficiency size monitoring pieces of equipment.

    Filtration Test Process 6

    Filtration Test

    We perform a filtration test to check the sintered filter’s strength, shape, porosity, distribution rate, permeability, flow control, and filtration rate.

    Parts Assembly Process 7

    Parts Assembly

    We only assemble sintered filter parts after passing through extensive quality assurance procedures to ensure the satisfaction of our clients.

    Product Packing Process 8

    Product Packing

    SHENGYE pack all sintered filter products and accessories following international standard safety procedures to meet the criteria.

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    Premium Supplier Of Sintered Metal Filter In China

    Powder Metal Suppliers Factory 1

    Powder Metal Suppliers

    We supply sintered metal filter manufactured through a high sintering process and closely monitored technical inspection.

    Powder Metallurgy Company Factory 2

    Powder Metallurgy Company

    Our trusted metallurgy company supplies sintered metal filter available in a wide variety of pore sizes, geometrical designs, and mesh plate work.

    Powder Metal Parts Suppliers Factory 3

    Powder Metal Parts Suppliers

    We manufacture corrosion-proof, high-pressure tolerance, and durable sintered metal filter as China’s best metal parts suppliers.

    Stainless Steel Filter Manufacturers Factory 5

    Sintered Metal Filters Suppliers

    Our highly controlled sintered metal filter offers excellent filtration, separation, and extraction speed to ensure a smooth filtration process.

    Sintered Bronze Filter Manufacturers Factory 6

    Stainless Steel Filter Manufacturers

    Being professional manufactures of sintered metal filter in China, we supply a wide range of products by analyzing the requirements of our customers.

    Sintered Metal Filters Suppliers Factory 4

    Sintered Bronze Filter Manufacturers

    We are the best manufacturers of the sintered metal filter by profoundly focusing on high tensile strength, durability, and excellent filtration capacity.

    Can I Order Tailor-Made Sintered Metal Filter From SHENGYE In China?

    Yes, you can order a customized sintered metal filter. SHENGYE is a name of trust and reliability. We have the required strengths and technical support to design a custom-made sintered metal filter.

    However, we request our clients to share their specifications by analyzing the requirements of the project.

    Our engineers inspect every single detail to check whether it is viable or not. If it is not viable, we also suggest new dimensions to our customers to achieve the best results in minimum duration.

    We monitor pore size, mesh plate size, and geometrical shapes of the sintered metal filter.

    We hold the capacity to turn your dreams into reality by focusing on the requirements of clients. Contact us today for the customized sintered metal filter.

    Our sintered metal filter is suitable for pharmaceutical, chemical, food and beverages, petroleum, and a variety of other industrial applications.

    Please share your files in PDF or Docx file format to avoid inconvenience. Please feel free to share your specifications with us. We turn your dreams into reality. Stay in touch with us for exciting deals and discounts.

    Please send us a free quote for price estimation. We will get back to you as soon as possible.

    Sintered Metal Filters- Ultimate FAQs Guide

    Is it difficult for you to find a quality sintered metal filter manufacturer? Or are you having limited choices to choose from?

    In both cases, you have landed at the right place. We have designed this detailed guide to help you select the best-sintered filter for your application.

    Let’s drive straight into it.

    1. What is Sintered Metal Filter?
    2. How to Clean a Sintered Filter?
    3. What Sizes of Sintered Metal Filters are Available?
    4. What is the Application of Sintered Metal Filters?
    5. What are the Material Choices for Sintered Metal Filters?
    6. What are the Main Specifications of Sintered Metal Filters?
    7. What is the Composition of Sintered Filter?
    8. What is the Sintered Metal Filter’s Working Principle?
    9. What Happens When Sintered Metal Filters Get in Contact with Acidic Materials?
    10. What Types of Chemicals Move Through Sintered Metal Filters without Harming the Filter Body?
    11. Is There a Possibility for One of These Sintered Metal Filters to Melt Due to Intense Heat?
    12. A Mesh Laminate Maybe Featured on Some Sintered Metal Filters. What Does the Laminate Do?
    13. What are Some of the Design Considerations for Sintered Metal Filters?
    14. Can I Use Sintered Metal Filters with Multiple Types of Oils?
    15. Why Choose SHENGYE Sintered Metal Filters?
    16. Can I Order Just One or Two Sintered Metal Filters from China?
    17. Which Filter Materials are Used for a Sintered Metal Filter?
    18. Can a Sintered Metal Filter Continue to Work Even When the Conditions are Freezing?
    19. What is the MOQ for SHENGYE Sintered Metal Filters?
    20. How Can You Figure Out the Total Surface Area of a Sintered Metal Filter?
    21. Can I Customize Sintered Metal Filter When Ordering From SHENGYE?
    22. Can I Buy a Standard Sintered Metal Filter Off the Shelf From China?
    23. What Shapes of Sintered Metal Filters are Available in China?
    24. What are the Features of Sintered Metal Filters?
    25. What Information Do I Need to Provide to the Chinese Sintered Metal Filter Manufacturer to Place an Order?

    1.  What is Sintered Metal Filter?

    The sintered metal filter is a type of filter that has experienced the sintering process.

    Primarily, sintering is a metallurgy technique used on the filter along with the interaction of different alloys and metal fibres in granulated form.

    Moreover, the basic mechanism of metallurgy is carried out by a diffusion process of metal powder at temperatures lesser than their melting points.

    Mainly, the alloys suitable for this procedure include copper, aluminium, nickel, bronze, titanium, and stainless steel.

    However, there are many other methods and techniques that are efficient for this process.

    Typically, atomization, chemical decomposition, and grinding methods are used for sintering filters.

    Furthermore, the porous filter possesses beneficial properties such as corrosion resistance, excellent filtration efficiency, and high-temperature applications.

    Figure 1 Sintered Metal Filters

    Figure 1 Sintered Metal Filters

    2.  How to Clean a Sintered Filter?

    To clean a sintered filter, it is necessary to read the manufacturer’s manual to follow the basic steps.

    • Heating

    However, the most efficient cleaning method for the sintered metal filter is an ultrasonic cleaning process.

    Start by placing a sintered metal filter in a nitrogen protection boiler and raise the temperature up to 380°C.

    Once it starts boiling, let it remain in the same position for approximately two hours.

    • Action Under Ultrasonic Machine

    After that, place the filter in an ultrasonic machine and leave it there for another 30 minutes.

    • Backwashing

    Even though the filter is heated up to remove the dirt, it is still essential to clean the porous part thoroughly.

    Keep the filter under a continuous flow of liquid to ensure no dirt remains in the pores to avoid any chance of contamination.

    To that end, pour the liquid with pressure from the opposite direction to ensure no solid remains in it, and the process is known as ‘Backwashing.’

    However, if contaminants persist on the surface of the filter, dip it in the fluid for more time.

    • Vacuum

    If there is resistance from solid contaminants, it is clever to vacuum the filter to get rid of them.

    Furthermore, keep the essential precautions in mind while cleaning a filter as it shouldn’t disintegrate or break during the process.

    Video link:

    3.  What Sizes of Sintered Metal Filters are Available?

    Sizes of sintered metal filters available in the market can be made according to the buyer’s requirements or need of an application.

    Typically, sintered filters are manufactured as small as pinhead size or can be larger depending on the manufacturing details.

    Generally, the largest size of the sintered filter is similar to the dimensions of a 5-gallon bucket.

    However, it is possible to increase the size of the filter to about a 55-gallon drum.

    Mainly, the sintered filters are manufactured in cylindrical shapes, although they can be cut from sheets to various conditions and thicknesses.

    Figure 2 Sintered Metal Filter Sizes

    Figure 2 Sintered Metal Filters Sizes

    4.  What is the Application of Sintered Metal Filters?

    The applications of sintered metal filters are extensively distributed in the industry. Amongst many, some of them are discussed below:

    • Petroleum Industry

    In petroleum refining processes, sintered metal filters are used for the filtering of fuel more accurately.

    Typically, this filter helps achieve the desired filtration results while maintaining the degree levels for specific fuels.

    The main reason for using the sintered filter for the process is its non-reactive, non-contaminative nature and efficiency at elevated temperatures.

    • Chemical Industry

    In the chemical processing industry, sintered metal filters are helpful in the manufacturing of nuclear power plants.

    Due to their high resistance in a corrosive environment, temperature range shock resistance, and non-reactive properties are advantageous in many chemical factories.

    • Gas Generation

    The sintered metal filters are helpful in the production of several gases due to their minimum to no reaction property and equal efficiency in different conditions.

    • Food Industry

    In the food and beverage industries, the sintered metal filters strain natural juices and extracts.

    Typically, this filter prevents the essential nutrients from escaping, hence producing fresh and pure extracts.

    • Power Production

    The working atmosphere in power turbines requires continuous movement and circulation of turbines.

    To that end, this process needs constant filtration to protect the turbine from contamination that can lead to interruption in power generation.

    Additionally, these filters are installed with the turbine to protect them from contamination.

    Due to its anti-corrosion property, the service life of filters is high that benefits the efficiency of turbines.

    Figure 3 Sintered Metal Filters Applications

    Figure 3 Sintered Metal Filters Applications

    5.  What are the Material Choices for Sintered Metal Filters?

    The material choices for sintered metal filters depend on the conditions and criteria where the filter has to be used.

    Commonly, the following materials are more frequently used for the process:

    • Bronze

    Among all, bronze is at the top of the list for sintered metal filters due to their excellent strength, great corrosion resistance, and applications at elevated temperatures.

    • Stainless Steel

    Another popular material used for sintered metal filters is Stainless Steel.

    Since it is available in many grades and alloys, the most beneficial one is 316L with exceptional corrosion and heat resistance properties.

    • Other Options

    Many other alloys and elements might be used for sintered metal filters depending on how harsh are weather conditions are and the chemical around the filter.

    Typically, nickel alloys are preferable for these tasks. However, Monel, Inconel, Hastelloy are also included in the choices.

    6.  What are the Main Specifications of Sintered Metal Filters?

    The main specification of sintered metal filters are as follows:

    • Micron Rating

    The basic specification that comes into consideration is the micron rating, i.e., the pore size of the sintered filter.

    • Thickness

    Another necessary factor for the sintered metal filter is the thickness of the filter. The higher the thickness, the highly efficient the outcome will be.

    • Diameter

    The inner and outer diameter of the sintered filter identifies the entire size of the filter. It is necessary to determine the applications in which it can be used.

    • Temperature Resistance

    While choosing the right sintered metal filter, consider its temperature resistance properties to ensure whether or not it will work in the desired environment.

    • Length

    The length of the filter is essential to make sure it fits in the required space. Usually, the manufacturers produce customized sizes to work accurately in applications.

    7.  What is the Composition of Sintered Filter?

    The composition of the sintered filter varies according to the raw material used in manufacturing.

    Primarily, the preferable elements are bronze, stainless steel, nickel-based alloys, titanium, nickel filters, and specified powdered alloyed or stainless steel fibre belts.

    Moreover, many efficient and leading manufacturers like SHENGYE offer self-supporting filter structures with enhanced mechanical strength.

    Usually, a seamless outcome is made with a length of 1,600mm and an Outside Diameter of 320mm.

    To fulfil the client’s requirements, suppliers manufacture porous filters with customized pore sizes and flow rates to fit the applications.

    8.  What is the Sintered Metal Filter’s Working Principle?

    The sintered metal filter’s working principle is a two-dimensional mechanism with two end products:

    • The collection of contaminants at the surface of the porous filter.
    • Refined and clear liquid leaving the filter.

    Before starting an operation, ensure the following factors:

    • Backwash capability.
    • Pressure dropping
    • Retention of contaminants.

    The metal powder filter is a closed-end tubular filter element that has defined pressure drop to make sure it reaches a final point. It also depends on the constant flow of fluid.

    However, the continuous and uninterrupted liquid flow depends on the fluid’s viscosity, speed, and particle sizes.

    Consequently, backwashing is carried out by opening the backwash discharge and pressurizing it to produce equal pressure as the forward one.

    Furthermore, forward and backward washing’s combined effect removes the fluid’s contaminants and sends them out of the filter.

    Moreover, the pressure drop and temperature fluctuation may also affect the fluids’ viscosity and outcomes.

    Therefore, the proper maintenance of all the factors is essential while using sintered metal filters:

    Figure 4 Sintered Metal Filter Working Principle

    Figure 4 Sintered Metal Filter Working Principle

    9.  What Happens When Sintered Metal Filters Get in Contact with Acidic Materials?

    When sintered metal filters get in contact with acidic materials, they are more likely to produce efficient results.

    Furthermore, the sintered metal filters are helpful in various industrial applications due to their high strength, longevity, efficiency, and cleanability.

    Due to their enhanced mechanical properties, they are helpful in methods such as carbonation, gas injection techniques, and CO2 injection processes.

    Moreover, the metal fibre filters and metal filter discs are susceptible to various acid-based processes such as bleaching, hydrogenation, and other post-bleaching operations.

    These mentioned procedures generate reliable outcomes in many industries, including food and beverage industries and chemical industries.

    10. What Types of Chemicals Move Through Sintered Metal Filters without Harming the Filter Body?

    Types of chemicals that move through sintered metal filters without harming the filter body are briefly discussed below:

    • Non-Corrosive Chemicals

    The primary factor that damages the efficiency and quality of the filter body is corrosion.

    Therefore, the chemicals that pass through the sintered filter must be anti-corrosive to avoid failure in the filter body.

    Not only will corrosion compromise the efficiency, but also it will contaminate the metal ions in the pores resulting in a significant defect in the filter body.

    • No Surface Absorption

    Moreover, the media or fluid passing through a sintered filter must have minimum to no surface absorption on the filter element surface.

    It is because it may cause some catalytic activity on the surface leading to a detrimental loss on the results.

    • Filter Blockage

    The liquids or chemicals used for the filtration should be less than the pore size to avoid blockage in the filter.

    Consequently, the larger size will cause occlusion in the filter and restrict fluid flow, thereby disrupting the efficiency of porous metal filters.

    11. Is There a Possibility for One of These Sintered Metal Filters to Melt Due to Intense Heat?

    A possibility for one of these sintered metal filters to melt due to intense heat is minimum to low as they are chosen for sintered filters because of heat resistance.

    Mainly, sintered filters are successfully used in various gas filters for petrochemical operations, chemical reactions, and power industries.

    Consequently, many alloys are capable of bearing intense heat and perform effectively at elevated temperatures.

    However, successful and leading manufacturers such as SHENGYE are experimenting with manufacturing filters resistant to highly acidic environments.

    Moreover, this depth filter has a robust design and working mechanism to help handle pressure loads and temperature shocks.

    Furthermore, the sintered metal filters’ can withstand harsh and challenging temperature conditions due to their intrinsic design and toughness.

    12. A Mesh Laminate Maybe Featured on Some Sintered Metal Filters. What Does the Laminate Do?

    A mesh laminate is featured on some sintered metal filters. They are used for highly efficient and reliable outcomes.

    Primarily, laminate is permanently bonded with the existing wires with a diffusion-bonding technique.

    Compared with the traditional filter cartridges, the filter metal with the laminate provides more strength and resistance to the porous material.

    Moreover, the laminate is widely constructed with filter material due to its additional benefits, such as high stability, reliable performance and mechanical abilities.

    Furthermore, the laminate can be bonded to the filter in two ways:

    • Single-Layer Sintered Wire Mesh Filter
    • Multi-Layers Sintered Wire Mesh Filter

    Consequently, many industries, including SHENGYE, manufacture customized Mesh laminate sintered metal filters to fulfil their customers’ needs.

    Figure 5 Sintered Metal Filter Laminate

    Figure 5 Sintered Metal Filter Laminate

    13. What are Some of the Design Considerations for Sintered Metal Filters?

    Some of the design considerations for sintered metal filters are discussed below:

    • Porous Size

    The pore size in sintered metal filters is called Micron Rating and defines which particle size is meant to be filtered from the filter paper.

    For instance, if the pore size is about 5 microns, 99% of the particles with more than 5 microns will be kept over the filter.

    • Strength

    Another important aspect of using a sintered metal filter surface is that they possess the same strength and efficiency for forward and reverse flow.

    • Temperature Gradient

    Depending on the temperature conditions, it is necessary to choose the material of the sintered filter.

    Essentially, the material of the filter must be able to resist diffusion in the temperature of the target liquid to be filtered.

    • Pressure

    While passing a liquid through a filter layer, keep an eye on the allowable pressure drop.

    Furthermore, different filter materials consist of variable pressure resistance capabilities that the manufacturers must mention.

    Figure 6 Sinetered Metal Filter Design Consideration

    Figure 6 Sintered Metal Filter Design Considerations

    14. Can I Use Sintered Metal Filters with Multiple Types of Oils?

    Yes, sintered metal filters are used with multiple types of oils with equal efficiency, strength, and stable outcomes.

    Moreover, many oils are filtered from various filter types to achieve long-term catalyst services.

    Furthermore, these sintered filters help prohibit the contamination of the catalyst downstream.

    The sintered metal filters enhance productivity, stability and limit the tear and wear of equipment.

    Additionally, the sintered metal filters are utilized for oil processing, cleaning oil, backflushing oil, and oil refining processes.

    15. Why Choose SHENGYE Sintered metal Filters?

    Choose SHENGYE sintered metal filters for long-lasting, durable, and cost-effective services.

    With over 20 years of experience in the sintered metal filter industry and manufacturing of filter units of numerous models, the company is committed to serving its clients with the best.

    Moreover, they are serving various industries with porous substances to boost the productivity and efficiency of their products.

    SHENGYE is offering services to the following industries:

    • Automobile Industry

    Shengye manufactures porous parts for the auto industry to withstand higher engine temperatures.

    Moreover, these filter vessels protect the sensitive engines from contamination and harmful effects.

    • Medical Industry

    Shengye efficiently works for the development of successful filtration procedures in the medical industry.

    Mainly they manufacture components a wide range for laparoscopic surgery and other metal fibre filters for other delicate medical devices.

    • Chemical Industry

    Primarily, Shengye is associated with the chemical industries to produce effective metal filter products to ensure effective filtration at elevated temperatures.

    Even they produce various chemical alloys to fit the different criteria of the cleaning and maintenance procedures.

    • Boilers

    Shengye produces sintered metal filters for effective surface filtration operations and vessels for bioprocessing, product consistency, and purity.

    16. Can I Order Just One or Two Sintered Metal Filters from China?

    Ordering just one or two sintered metal filters from China is not possible due to multiple manufacturing and economic reasons.

    However, many clients wish to order single or double sintered metal filter pieces to analyze the quality of the product.

    Unfortunately, it is not feasible practically, specifically with smaller-sized sintered filters.

    Even though many manufacturers in China prefer minimum order of 100 pieces to deliver to you.

    Because of economic reasons, as with customized setting up costly die equipment, suppliers have to charge extra to clients to produce a handful of filters.

    Moreover, if a client is willing to pay a handsome amount for the minimum quantity of product, then manufacturers accommodate their orders.

    17. Which Filter Materials are Used for a Sintered Metal Filter?

    Please Explain the Differences and Advantages of Each.

    Filter materials used for a sintered metal filter have significant differences and advantages depending on the conditions and types of usage.

    Some of the materials are briefly discussed as follows:

    • Stainless Steel

    Grade 316 stainless steel is a common metal extensively used in sintered filters across industries for its exceptional corrosion resistance properties.

    Furthermore, the stainless steel filter is reliable and provide a consistently high-performance filtration process.

    Commercially, the stainless steel grade 316 is used in the following applications:

    • Water Treatments.
    • Chemical and Petroleum Industry.
    • Accurate Filtration Processes.
    • Power Productions.
    • Ozone Filtrations.
    • Water Generations.

    Figure 7 Stainless Steel Sintered Filter

    Figure 7 Stainless Steel Sintered Metal Filter

    • Bronze

    Bronze is frequently used in sintered metal filters due to its enhanced durability and efficiency in various filtration modes.

    Consequently, the bronze is famous for its resistance against high-pressure exertion and resistance against frigid temperatures.

    Other advantages of using bronze are:

    • It is relatively cheaper than other metals.
    • It can be readily customized to meet the requirements.
    • Easy maintenance and cleaning procedures.
    • The metal particles in the bronze filter consist of high dust removing capacity with improved filtration outcomes.
    • Able to withstand high pressures.
    • Technically, they produce the same efficiency when there’s a loss of pressure.

     

    • Titanium

    Due to the highest resistance against oxidation and harsh chemicals (acids and bases), titanium is widely used in sintered metal filters porous sheets.

    Moreover, titanium filtration units have a high pore size and strong bonding of particles making them eligible for filtrating relatively larger particles.

    Typically, the advantages of using titanium are as follows:

    • It consists of a stable and uniform shape and size.
    • It is capable of producing a highly efficient filtration layer with increased dirty holding capacity.
    • Titanium can withstand temperatures up to 300° and is able to resist thermal shock.
    • It doesn’t allow the interference of external particles, i.e., minimum secondary pollution, and can operate in extreme environments.
    • With excellent mechanical strength, titanium liquid filtration is easy to operate.
    • It comprises a longer life span with support for differential pressure and pumping filtrations.

    18. Can a Sintered Metal Filter Continue to Work Even When the Conditions are Freezing?

    A sintered metal filter continues to work even when the conditions are freezing as far as the filter is adequately back washed and cleaned.

    Furthermore, most of the sintered metal filters are manufactured with the properties of cold isostatic processing for large pore sizes.

    Basically, Cold Isostatic Processing (CIP) is a technique in which a powdered substance is subjected to the filter from all directions.

    Commonly, the process is utilized for large-sized parts and doesn’t require high precision in sintered position.

    However, the sintered filters with CIP are more stable and display more efficiency under freezing conditions.

    19. What is the MOQ for SHENGYE Sintered Metal Filters?

    The MOQ for SHENGYE sintered metal filters is about 50 to 100 pieces of sintered metal filters.

    Typically, there is no standard maintained for the determination of MOQ; manufacturers decide it independently.

    To calculate the MOQ for the business, the following factors are considered:

    • Whether or not the order is worth forecasting.
    • Strategies to plan the order.
    • Identifying the discounts on higher volumes.
    • Other inventory prices.

    20. How Can You Figure Out the Total Surface Area of a Sintered Metal Filter?

    To figure out the total surface area of a sintered metal filter, accuracy in the measurement plays a vital role.

    Essentially, measure the filter’s average pore size and specific surface (SS) accurately with a particular measurement device.

    After that, calculate the percentages for each of them for further evaluation of the total surface area of the sintered metal filter.

    Consequently, the sum of the percentages of both (SS and Porosity) must be 100%.

    For example, if the pore size is about 27%, the SS must be equivalent to 73% to make it 100%.

    Therefore, it can be estimated that the total surface area of the sintered filter is a sum of the length and perimeter of the filter.

    Figure 8 Sintered Metal Filter Total Surface Area

    Figure 8 Sintered Metal Filter Total Surface Area

    21. Can I Customize Sintered Metal Filter When Ordering From SHENGYE?

    Yes, you can customize sintered metal filters when ordering from SHENGYE. They are always dedicated and keen on producing the required products.

    With years of experience in the filtration industry, SHENGYE is working hard day and night to produce custom services for its consumers.

    Furthermore, the combination of advanced techniques and modern technology has made them capable of producing all kinds of products.

    Whether a client acquires about the complex item, they always manage and develop innovative strategies to ensure the client gets what they want.

    Moreover, the company can efficiently obtain the following customized parts to fit the desired specifications of consumers and applications:

    • Mounting Style.
    • Pressure Drop.
    • System Pressure.
    • Flow Rate.

    Figure 9 Customized Sintered Metal Filters

    Figure 9 Customized Sintered Metal Filters

    22. Can I Buy a Standard Sintered Metal Filter Off the Shelf From China?

    You can not buy a standard sintered metal filter off the shelf from China as there are no standard sizes for sintered filters.

    Typically, all the shapes and sizes made for the sintered filters are customized and accurately manufactured for a specific application.

    Coincidentally, one sintered metal filter might fit into another one, but usually, all sintered filters are of different sizes.

    However, many manufacturers offer custom-made sintered filters in various shapes and sizes according to the needs of consumers.

    Technically, the sintered metal construction of filters is based on the range of micron ratings.

    23. What Shapes of Sintered Metal Filters are Available in China?

    Many shapes of sintered metal filters are available in China with respect to the specifications and applications.

    Primarily, the sintered metal filters are available in the following shapes:

    • Polygon.
    • Circle.
    • Square.
    • Rectangle.
    • Triangle.

    Moreover, all the shapes of sintered metal filters are available with Micron ratings ranging from 1-200.

    Additionally, the micron ratings identify the pore size and, ultimately the efficiency and credibility of the sintered filter.

    Figure 10 Sintered Metal Filters Shapes

    Figure 10 Sintered Metal Filter Shapes

    24. What are the Features of Sintered Metal Filters?

    The features of sintered metal filters are described below:

    • The sintered metal filters are known for their excellent resistance to corrosion and fantastic durability.
    • Additionally, these filters are adequate for the backwashing mechanism, thereby consisting of a prolonged lifespan.
    • Moreover, the filters are capable of large dirt holding capacity in them without affecting their efficiency.
    • Technically, the sintered filters are made up of high-performance quality material.
    • Furthermore, the filters possess high mechanical tolerance and pressure strength.
    • With extensive effectiveness, they promote various filtration grades ranging from 0.1microns to 100 microns.
    • Due to porous stability, the filters are able to persist their shapes with guaranteed permeability.
    • The temperature gradient for sintered metal filters is high, starting from -200°C to 1000 degrees celsius.

    Figure 11 Sintered Metal Filter Features

    Figure 11  Sintered Metal Filters Features

    25. What Information Do I Need to Provide to the Chinese Sintered Metal Filter Manufacturer to Place an Order?

    Information you need to provide to the Chinese sintered metal filter manufacturer to place an order are mentioned below:

    • In what application do you need to use the sintered filters? For instance, fluidization, gas dispersion, liquid or gas extraction, etc.
    • Explain to the manufacturer about the material passing through the filter and the sizes of the filter pores.
    • Discuss the corrosive properties of the fluid.
    • Consider the conditions of the working atmosphere, including temperature, pressure, etc.
    • Also, look for the potential contaminants during the process of filtration.
    • Moreover, it is necessary to mention the shape, size, and tolerance of the materials.
    • Additionally, brief the supplier about the quantity of your order.
    • Furthermore, explain to the manufacturer how the mounting of the equipment will take place.
    • Consequently, don’t forget to mention the pressure drop and flow rate across the sintered metal filter.
    • Lastly, describe the manufacturer about your required system pressure.

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