If you are in the demand for a quality filter element, then it is important to consider sinter metal filter elements. Sinter metal is a high-quality material that can provide excellent results for filtering out contaminants from liquids and gases.
In particular, sinter metal filter elements offer excellent performance when it comes to particle removal and liquid clarification. So if you are looking for a top-performing filter element, then be sure to explore the benefits of using sinter metal and other important information.
The first thing to know about sinter metal filter elements is that they are made of very strong and durable material. Sinter metal is made from a metal powder that is compressed and then heated until it forms a solid.
This process results in a metal that is much stronger than the original powder, making it ideal for use in a wide range of applications. On top of that, sinter metal is also very resistant to corrosion and can withstand high temperatures.
Sinter metal filter elements are designed for use in a wide range of industries and applications. In particular, they are often used in the chemical and pharmaceutical industries, as well as in the food and beverage industry.
Sinter metal filter elements can be used to filter out contaminants from liquids and gases. So if you are looking for a top-performing filter element, then be sure to consider sinter metal.
The manufacturing process of sinter metal filter elements is quite complex. But don’t worry; we will give you a brief overview of how they are made. Listed below are the steps involved in the manufacturing process of sinter metal filter elements:
The first step in the manufacturing process is to compress the metal powder into the desired shape. This is usually done with a die or mold under isostatic cool pressing. In order to achieve the desired shape, the metal powder is placed under high pressure. Some of the most common shapes for sinter metal filter elements include disks, rings, and cylinders.
After the metal powder has been compressed into the desired shape, it is then heated until it forms a solid. This process is known as sintering. For sinter metal filter elements, the sintering temperature is usually between 1,100 and 1,300 degrees Celsius. As the metal powder is heated, the particles start to fuse together and form a solid.
The next step is to inspect the metal for any defects. Any defects that are found will be removed at this stage. While inspecting the metal, it is also vital to check the dimensions to make sure they meet the specifications.
As with any manufacturing process, there is always a chance of human error. So check and double-check the dimensions to ensure they are correct. For sinter metal filter elements, the most common defects include voids, cracks, and pores. Any of these defects can cause the filter element to fail.
After the inspection process, the surface of the metal may be improved by grinding or machining. Many sinter metal filter elements have a smooth surface finish. However, there are some applications where a rough surface finish is required. In such cases, grinding or machining may be used to achieve the desired finish.
You must have heard of the terms machining’ and ‘grinding.’ But what do they actually mean? They are both methods of removing material from the surface of a work piece. The main difference between machining and grinding is that machining is used to remove material from the work piece using cutting tools while grinding is an abrasive process that uses abrasive particles to remove material.
If necessary, welding may be used to join two or more pieces of metal together. Do keep in mind that welding will affect the properties of the metal. So consider this before deciding to weld two pieces together. Some of the most common welding methods used for sinter metal filter elements include argon arc welding.
Once the surface of the metal has been finalized, coating may be applied for asymmetric purposes to improve the higher filter grade. If the sinter metal filter element is going to be used in a higher grade porosity and micron filter grade environment, then a coating asymmetric structure may be applied. But be sure to get the right one for your application.
After the manufacturing process is complete, testing is conducted to ensure that the filter element meets all performance requirements. To test the filter element, it is placed in a test rig and subjected to various conditions.
The data from these tests are then analyzed to make sure the filter element performs as intended. For example, the flow rate, bubble point pressure, permeability and compressive strength are some of the most important performance parameters that are tested.
Once it has passed all tests, the filter element is then packaged and ready for shipment. In some cases, the filter element may be shipped as is. However, in other cases, it may need to be installed in housing or another type of container before it can be shipped. From here, it is up to the customer to install the filter element in their application.
The final step in the process is installation and commission. After the filter element has been installed, it is then ready to be used. At this point, make sure that all connections are secure and there are no leaks.
Shinkai normally supplies installation guiding service at site for whole filtration systems.
Considering the durable characters of metal material and backwash/ blowback online cleaning, they’re easy to maintenance once start-up or operating in the filters. All Shinkai’s filter elements have suitable warranty policy for all industry, no matter for mechanical or performance insurance.
As the name suggests, sinter metal filter elements are made from metal. This gives them number of advantages over other types of filter media, such as PTFE or Ceram. Keep reading to know more about the benefits of using sinter metal filter elements.
One of the main advantages of sinter metal filter elements is that they are stronger and more durable than other types of filter media. This is because metal is a stronger material than PTFE or Ceram. As a result, sinter metal filter elements can withstand higher pressures and temperatures. They are also less potential to rupture or tear.
The excellent thing about sinter metal filter elements with pleated structure is that they have a greater dirt-holding capacity. They can trap more dirt, dust, and other contaminants than other types of filter media.
It makes them excellent for use in applications where there is a need to filter out large amounts of particles. Even when used in high-pressure applications, sinter metal filter elements will still be able to trap contaminants effectively.
A lower pressure drop means that the filter element can operate at a higher efficiency. For example, less energy is required to pump fluid through the filter element. As a result, sinter metal filter elements can save you money on your energy bill. On top of that, they can also prolong the life of your pumps and other equipment. Once again, this is because less energy is required to operate them.
The high flow rate of sinter metal filter elements means that they can filter large volumes of fluid quickly.
The pores in the metal are much smaller than other types of filters, making them more effective. Some sinter metal filter elements can even filter out particles as small as 0.5 microns. A recent study showed that sinter metal filter elements could filter out 99.9% of particles larger than 0.5 microns.
Sinter Metal Filter Elements are also resistant to chemicals. You don’t have to worry about the filter element being damaged by chemicals, even if it comes into contact with them.
While other types of filter media can be easily damaged by chemicals, sinter metal filter elements can withstand them. Once the filter element has been exposed to a chemical, it can be easily cleaned with water or another type of solvent.
Another advantage of sinter metal filter elements is that they are easy to clean. You can simply remove the filter element and clean it with pure water or another type of solvent. This is much easier than trying to clean other types of filter media. For example, bag filters can be difficult to clean because they can tear easily.
In addition to being easy to clean, sinter metal filter elements are also reusable. As a result, you can save money in the long run by using them again and again. All you need to do is clean the filter element and then put it back into service.
The long lifespan of sinter metal filter elements is another advantage. Many sinter metal filter elements can last for years, even with regular use. It makes them a good investment for your business. Out of all the filter media, sinter metal filter elements have the longest lifespan.
When you are filtering fluids for food and beverage applications, it is important to use a filter that is food-grade. Getting contaminants into the food supply can be a serious health hazard. Sinter metal filter elements are made from materials that are safe for use with food and beverage applications.
Do you want to help the environment? If so, then you will be happy to know that sinter metal filter elements are made from recycled materials. The best part is that they can be recycled again after they have been used. This helps to reduce the amount of waste in landfills.
If you are looking for a reliable and effective filter element, then you should consider using sinter metal filter elements. They have many advantages over other types of filter media.
These benefits make them the excellent choice for a wide range of applications. Whether you need to filter large volumes of fluid quickly or you need a filter that is food-grade, sinter metal filter elements can meet your needs.
The applications for sinter metal filter elements are vast due to their many advantages. In many cases, they are the best choice for filter elements because of how well they perform. Here are some common applications for Sinter Metal Filter Elements:
For precious metal (Pt, Pd, Ru, Rh) as catalyst in many chemical reaction fields, to solve the problem of catalyst leakage, bad working environment, low production efficiency, large investment and non-continuous production, Shinkai’s catalyst filter with sintered metal filter elements have been applied in many chemical fields more than hundreds, such as crude drug, dye intermediate, petrochemical hydrogenation, TDA/ TDI, pesticide, spice, H2O2, caprolactam, and solved the liquid/ solid separation problems and brought huge value for several clients.
For hot gas-solid separation in fluidized bed reactor in the fields of organosilicon, polysilicon and silane gas, Shinkai’s hot gas-solid filter using self-made metal membrane materials as filtration elements, which was used to separate the gas-phase products from the solid particles in high temperature and high-risk environment. The outstanding advantage of filter is that it can greatly reduce the amount of subsequent processing, reduce the waste of reaction products and water, effectively diffuse the safety and environmental stress, and stabilize the product quality.
Raney nickel catalyst is used in hydrogenation reaction frequently, and catalyst shall be separated from solution in time and then put into next batch reaction. It will not only influence final product quality, but also increase production cost due to catalyst loss if catalyst can’t be separated from solution completely. Solid catalyst particle is very small, and it is not easy separated completely with common filter cloth. Shinkai’s Raney nickel catalyst filter adopts cross flow filtering theory based on catalyst feature, which can separate 0,45~100μm particle and filtration efficiency can reach 100%, solid content in concentrated solution can reach 20%.
Chemical production of modified starch will produce many sewages containing starch fine particles, the traditional process uses Drum filter or Plate filter to deal with these sewages. These methods cannot recover the starch inside, at the same time, there is a problem of high COD after filtration. By studying the characteristics of modified starch sewage, Shinkai has developed a set of precision filtration system with metal membrane filter element specially used for recovering starch from modified starch sewage. It can not only recover 100% of the modified starch in sewage, but also reduce the COD of sewage to the maximum extent.
A lot of metal membrane materials are used as sparger elements in bioreactors and fermentation tanks. Traditional bio-fermentation technology is ripe for innovation. Shinkai provides solutions allow for higher gas absorption than standard and can significantly lower energy costs by decreasing the agitation needed in your bio-fermentation. Enabling faster absorption allows for increased cycle times and significant time savings.
In the HT-L, SHELL or GSP pulverized coal pressure gasification devices can be transported by pulverized coal. Transportation medium is N2 or CO2, normally, the most important part is pulverized coal forcing and transportation system in this technology. It will cause bridging problem due to solid particle in gas media occurring inattentive adhesion phenomenon. Nitrogen can enter into tank through aeration cone in the bottom of coal powder charging bucket and make powder homogenization and reduce acting force among powder so as to make particle smooth fluid under the effect of gravity after processing bulk devices added. Shinkai metal membrane materials are widely applied in solid mixing, exhausting, boiling and discharging process.
The above are some of the many uses for sinter metal filter elements.
As you can see, they are versatile and can be used in a variety of settings. When you need a filter element that can trap small particles, a sinter metal filter element is a good choice.
We at ShinkaiFilter place a lot of emphasis on the research and development of our products. We have a team of professionals they are constantly working to improve the quality of our products. We have been able to develop some of the most advanced filter elements on the market.
Some case studies of companies that have benefitted from using our sinter metal filter elements are as follows:
A leading manufacturer of construction equipment was using our sinter metal filter elements in their chemical equipment. They were having trouble with their system clogging often. After switching to our filter elements, they noticed a significant decrease in the number of clogs. As a result, they were able to increase their production and meet their deadlines.
A plant which produce organic silicon monomer raw materials, as the end-product, high-purity dichloromethane/ DCM/ methylene chloride uses Shinkai’s metal filter with sintered powder filter elements perfectly filter and purify the DCM to 2ppm, successfully replaced the ceramic membrane, effectively reducing the number of backwashing, increase the service life of the filter.
A new energy company which uses Shinkai’s sintered porous titanium element as a carrier for electrocatalytic anode. This porous element does not precipitation metal ions like SS (stainless steel) elements, and has a strong binding force with precious metals, all above advantages greatly increased the service life of the positive electrode. At the same time, due to its special porous structure, the specific surface area of the electrode is much larger, and the catalytic efficiency is higher. In addition, the pore size of porous sintered metal is at the micron level, which can effectively intercept fine particles in water and protect other components in the electrode.
A chemical company in Korea was using our sinter metal filter elements in their chemical liquid filtration system. Back in the days, they were using cloth filters which had to be replaced often. After switching to our filter elements, they found that they could save a lot of money because they did not have to replace their filters as often.
So, we have seen how some of our clients have benefitted from using our sinter metal filter elements. Now you know that our filter elements are of the highest quality and can be used in a variety of applications.
Choosing the right sinter metal filter element for your needs is important. If you choose a filter element with the wrong pore size, it can result in a decrease in performance. Here’re a few tips to help you choose the right sinter metal filter element for your needs:
The first step is to know the pore size you need. This will depend on the application you are using the filter element for. In general, the smaller the particle you are trying to remove, the smaller the pore size you will need. If you are not sure which pore size to choose, our team of experts can help you.
Another important factor to consider is the flow rate. This is the amount of liquid or gas that can pass through the filter element per unit of time. Some applications require a high flow rate, while others may not. If you are not sure which flow rate to choose, our team of experts can help you.
The material of the filter element is also an important consideration. Different materials have different properties and can be better or worse for certain applications. When you are choosing a material, make sure to consider the chemical compatibility, temperature resistance, and pressure resistance.
When Choosing A Sinter Metal Filter Element, It Is Important To Consider The Operating Conditions. This includes factors such as temperature, pressure, and chemical compatibility. An expert can help you choose a filter element that is compatible with your operating conditions.
Make sure you know the dimensions of the filter element. This includes the outer diameter, inner diameter, and length. For some applications, you should have a filter element with a certain dimension.
The pressure drop is the difference in pressure between the inlet and outlet of the filter element. A higher pressure drop means that the filter element is more likely to clog. While a higher pressure drop may be necessary for some applications, you should avoid it if possible.
The cleanability of the filter element is important for some applications. This refers to how easy it is to clean the filter element. Also, consider how often you will need to clean the filter element.
When choosing a sinter metal filter element, it is important to know the warranty. It will give you a concept of how long the filter element is expected to last. Don’t hesitate to ask our team about the warranty before making your purchase.
Consider The Price:
Of course, you will also need to consider the price of the filter element. Make sure you compare prices from different suppliers. Many times, you can find a better deal by buying in bulk.
If you are unsure about which sinter metal filter element to choose, you can always get advice from experts. There are many companies that specialize in filtration, and they will be able to help you choose the right filter element for your needs.
Sinter Metal Filter Elements are an important part of filtration systems all over the world. They play a critical role in keeping our air and water clean, and they have a long history of use in both industrial and consumer applications.
At Shinkaifilter, we manufacture some of the best sinter metal filter elements on the market, and we can provide you with everything you need to keep your system running smoothly. Contact us today to learn more regarding our products and services!