Filtration accuracy refers to the pore size of the filter element, usually expressed in microns (μm). It determines the maximum particle size that the filter can allow through and is an important parameter to measure the filter effect. The following is a detailed introduction to the filtration accuracy:1. Define the essence(1) Concept interpretation: Filtration accuracy usually refers to the size of the filter or filter material that can intercept the smallest particles during the filtration process.(2) Unit expression: The filtration accuracy uses microns (μm) as a unit, and 1 micron is equal to 0.001 mm.2. Measurement standards of the filter element(1) Nominal filtration degree: nominal filtration degree usually refers to the filtration accuracy labeled by the filter manufacturer, but it is not equivalent to the actual filtration efficiency.(2) Absolute filtration: Absolute filtration is determined according to the maximum size of the particles passing through the filter, indicating that the filter can 100% intercept particles greater than this size.3. Conversion control(1) Mesh and micron conversion: mesh is another way to describe the fineness of the filter, the higher the mesh, the smaller the aperture, and there is a standard conversion table between them.(2) Conversion table: Through the conversion table can directly find the correspondence between the number of mesh and micron, to facilitate the selection of filters.4. Accuracy range of the filter element(1) Common range: The accuracy range of the filter is wide, ranging from a few microns to tens of microns, and different application scenarios require different precision filters.(2) Ultra-high precision: Some specialized fields, such as semiconductor manufacturing, may require extremely high precision filters whose pore sizes are regulated in the range of 0.1 to 120 microns.5. Application field of the filter element(1) Industrial applications: In industry, filtration accuracy is related to product quality and production safety, such as pollution control in hydraulic systems.(2) Life application: In daily life, the filtration accuracy of household water affects the health and taste of drinking water, and microfiltration technology is usually used to remove large particles of impurities in the water.6. Technological development of the filter element(1) Membrane separation technology: With the progress of science and technology, ultrafiltration, nanofiltration, reverse osmosis and other membrane separation technology is widely used, they are suitable for different filtration accuracy needs.(2) Innovative materials: The development of new materials is also constantly improving the performance of the filter, making the filter more accurate and longer service life.In general, the filter accuracy is an important indicator to measure the filter performance, which is directly related to the filter interception ability and application scenarios. Understanding and correctly selecting the filtration accuracy is crucial to ensuring the quality and safety of the liquid handling process. In the face of constantly changing and advancing filtration technology, users should constantly update their knowledge to ensure the effectiveness and economy of filtration solutions.Quote InquiryContact us!

The benefits of using filters are mainly reflected in four aspects: protecting equipment, improving product quality, improving system efficiency and protecting the environment. The details are as follows:1. Protect the device of the filters(1) By capturing and removing solid contaminants in the fluid, such as particles, impurities, etc., the filter can prevent these contaminants from entering critical equipment and components. This not only helps reduce pollution inside the equipment, but also extends the service life of the equipment, as the accumulation of pollutants often leads to premature wear or damage to the equipment.(2) Filter out particles that may cause mechanical wear on the surface of the equipment, thereby protecting the operating efficiency and performance of the equipment. This is essential to ensure long-term stable operation of the equipment, while also reducing maintenance costs due to equipment failure.2. Improve product quality(1) In the processing and manufacturing process, the filter can ensure that only materials that meet the quality standards enter the next production process.(2) The filter can prevent pollutants and impurities from entering the final product, thus ensuring the consistency and reliability of the product. This helps to enhance consumers' trust in the brand and enhance the market competitiveness of the product.3. Improve system efficiency of the filters(1) By keeping the fluid system clean, the filter can reduce friction and heat loss in the system, thereby improving the overall efficiency of the system. This is particularly important for hydraulic and lubrication systems, as the efficiency of these systems directly affects the energy consumption and output of the entire equipment.(2) Regular maintenance of the filter can avoid unnecessary system downtime, because clogged or contaminated filters can lead to system paralysis and affect the production schedule. By ensuring the normal operation of the filter, the continuity and efficiency of production can be maintained.4. Protect the environment of the filters(1) Filters play an important role in industrial emissions by trapping harmful particles and chemicals and preventing them from entering the atmosphere or water bodies, thereby protecting the environment from pollution.(2) For the filter element and filter material after use, it can be environmentally friendly disposal by incineration, chemical treatment or safe landfill to reduce the impact on the environment. This not only helps companies comply with environmental regulations, but also reflects corporate social responsibility.Overall, the benefits of using filters are manifold, from protecting equipment and increasing system efficiency to improving product quality and protecting the environment. By choosing the right filter and maintaining it regularly, you can maximize these benefits and have a long-term positive impact on your business.Quote InquiryContact us!

The advantages of the rotary low pressure filter are that it is easy to install, strong compatibility, small pressure loss, and high filtration efficiency. The details are as follows:1. Easy to installThe rotary design allows the filter element to be easily rotated into position for quick replacement and maintenance without the need for special tools, reducing operational complexity.2. Strong compatibility of the rotary low pressure filterIt can be mixed and matched with the filter head and filter element in the existing system, providing good system compatibility and reducing the need for changes to the existing system.3. Low pressure lossThe design minimizes pressure loss to ensure system efficiency and avoid degradation of system performance due to pressure drop during filtration.4. High filtration efficiency Efficient removal of solid impurities in the oil, such as metal particles, rubber fragments, etc., to protect downstream components, extend service life, improve system reliability.5. Strong structure of the rotary low pressure filterThe rugged design can withstand certain working pressure and ensure stable operation under various working conditions.6. Low maintenance costThe rotary installation design simplifies the replacement process, reduces the maintenance time and cost, and improves the economic efficiency of the system.To sum up, the rotary low-pressure filter has significant advantages in industrial applications, and its design takes into account efficiency, economy and practicality, making it an indispensable component in hydraulic systems.Quote InquiryContact us!

The work of the filter mainly relies on physical or chemical means to achieve effective separation of impurities in the fluid through a series of mechanisms such as interception, adsorption, condensation and sedimentation. The basic working principle consists of the following steps:1.InterceptWhen the fluid passes through the filter medium, the physical barrier acts to trap the solid particles on the surface of the medium.2. Adsorption of the filterUsing the chemical properties of the surface of the filter medium, the harmful substances are adsorbed on the medium.3. Cohesion of the filterBy adding coagulant, the small particles are aggregated into large particles, which is easy to filter.4. SettleThe gravity effect makes the particles settle inside the filter medium to achieve separation.In summary, the filter effectively removes impurities in the fluid through a variety of mechanisms, and is widely used in various fields to ensure the purity and safety of the fluid. With the improvement of technology and environmental awareness, the performance and application range of filters are expected to further expand.Quote InquiryContact us!

In exploring the construction of filters, we must first recognize that despite the variety of types and wide range of applications of filters, their basic components are roughly the same. The following is the specific introduction:1. Shell of filters(1) Variety of materials: the shell of the filter can be made of a variety of materials, including but not limited to plastic, metal, stainless steel, etc. Because of its excellent high temperature resistance and mechanical strength, the metal shell is especially suitable for high temperature and high pressure environment; Plastic shells are more common in general industrial and household environments because of their lower cost and portability. The stainless steel housing combines corrosion resistance and robustness for the food processing and medical industries.(2) Design form: The shell is designed in various forms, such as vertical, horizontal, ring, etc. These different design forms enable the filter to adapt to various installation environments and space requirements. For example, vertical designs make efficient use of vertical space, horizontal designs are suitable for horizontal installation, and ring designs are common in industrial applications where continuous filtration is required.2. Filter the material(1) Diversified selection: a wide variety of filter materials, according to the different filtration accuracy and demand, you can use filter paper, non-woven fabric, glass fiber, activated carbon, ceramics, metal mesh and other materials. Filter paper and non-woven fabric are suitable for general liquid filtration, with good particle removal ability; Glass fiber is often used in high efficiency air filters because of its excellent chemical stability and uniform microporous structure. Activated carbon and ceramics are often used to remove harmful gases and organic matter because of their strong adsorption capacity.(2) Filtration accuracy: Different filtration materials have different filtration accuracy, which determines the minimum particle size that the filter can intercept. When selecting filtration materials, users should select the matching filtration accuracy according to the specific application requirements and environmental conditions to ensure the filtration effect.3. Support structure of filters(1) Internal support parts: In order to maintain the shape of the filter and improve its pressure resistance, internal support parts are essential. These supports can be internal skeletons, support nets or other structures, which ensure that the filter material will not be deformed or damaged by pressure during use, thus ensuring the stability of the filter effect and the service life of the filter.(2) Sealing rings and connectors: In order to prevent liquid or gas from leaking without filtering, the sealing ring plays an important role in the filter. At the same time, connectors such as bolts, nuts, clamps, etc., ensure that the filter is tightly connected to the rest of the system, preventing any potential leakage points.In general, the design and construction of filters are carefully customized according to their application scenarios and functional requirements. Shell, filter material and support structure are the three basic components of the filter, and their design and material selection are directly related to the performance and application effect of the filter. When choosing a filter, these factors should be fully considered to ensure that the filter can perform best in a specific environment.Quote InquiryContact us!

The types of filters include liquid filters, air filters, high efficiency filters, etc. As an indispensable part of modern industry and daily life, filters have a wide variety of functions and are widely used in many fields. The following is a detailed description of the filter types:1. Liquid filterLiquid filters are mainly used to separate suspended solids, particles and chemicals in liquids. Common liquid filters include precision filters, bag filters, and activated carbon filters. Precision filters are used to remove very small particles in water, and are often used in the food and beverage industry and the electronics industry. Bag filter is mostly used for industrial sewage treatment, which can filter out fine solid suspended matter; Activated carbon filters are mainly used to adsorb organic matter and pigment in water, and are often used to purify drinking water.2. Air filterAir filters are mainly used to remove dust particles and other pollutants from the air. According to filtration efficiency, air filters are divided into primary filter, medium filter, high efficiency filter and ultra-high efficiency filter.3. High efficiency filterHigh efficiency filter is a kind of equipment used to capture particles of dust below 0.5um and a variety of suspended matter, mainly used in optical electronics, biomedicine, beverage and food industries clean workshop and clean workshop. The efficiency and performance of high efficiency filters are high, which can effectively reduce pollutants in the air and protect the environment and human health.4. Automatic filterAutomatic filters are usually equipped with differential pressure controllers and timing controllers, which can realize automatic cleaning and blowdown, and are widely used in agricultural irrigation, industrial circulating water systems and urban water supply fields. Its advantage is that it has a high degree of automation, which can reduce manual operation and improve filtration efficiency.5. Special function filterSpecial functional filters include softened water filters (to reduce the hardness of water), quartz sand filters (for primary filtration in water treatment systems), manganese sand filters (to remove iron and manganese ions from water), and so on. These filters provide effective solutions for specific water quality problems and are used in specific industrial and agricultural sectors.In general, filters can be divided into many types according to their application fields, filter media, working principles and performance characteristics. The correct selection and use of the appropriate filter is of great significance for improving work efficiency, protecting the environment and ensuring human health.Quote InquiryContact us!

The characteristics of pipeline filter mainly include compact structure, large filtration capacity, small pressure loss, wide application range and easy maintenance.These characteristics make pipeline filters widely used in a variety of industrial fields, from chemical to pharmaceutical industries, showing their excellent performance and reliability. The details are as follows:1. Compact structure of pipeline filter(1) Simple design: The design of pipeline filter is relatively simple, consisting of nozzle, cylinder, filter basket, flange, flange cover and fasteners.(2) Less footprint: Due to its compact design, the filter takes up less space and is easy to install and configure in a narrow space.2. Large filtering capacity of pipeline filter(1) High filtration accuracy: The pipeline filter can effectively remove solid impurities in the fluid, such as particles, suspended solids, etc., to ensure the high cleanliness of the fluid.(2) Large flow treatment: suitable for large flow filtration needs, can continue to provide clean fluid.3. Low pressure loss of pipeline filterLow pressure drop: The design takes into account the minimization of pressure drop to ensure that the pressure loss of the fluid during the filtration process is small, thus not affecting the normal operation of the system.4. Wide range of application(1) Suitable for a variety of materials: It can be used to filter weakly corrosive materials and corrosive materials in chemical and petrochemical production, such as water, oil, ammonia, hydrocarbons, caustic soda, soda ash, etc.(2) Different temperature conditions: suitable for low-temperature materials in refrigeration and materials with health requirements in food and pharmaceuticals.5. Easy maintenance(1) Easy to clean: When it is necessary to clean, just unscrew the bottom plug, remove the flange cover, and reload it after cleaning, which is very convenient to use and maintain.(2) Detachable design: the filter cartridge is detachable, easy to remove and clean, and extends the service life of the filter.6. Long service life of pipeline filter(1) Durable materials: Filters are usually made of durable materials such as stainless steel, which can resist corrosion and wear and extend service life.(2) No frequent replacement: Due to its robust design and high-quality materials, the filter and cartridge do not need to be replaced frequently, further reducing operating costs.In summary, pipeline filters play an important role in various industries because of their simple structure, strong filtration capacity, small pressure loss, wide application range, easy maintenance and long service life. It not only improves the quality of the fluid, protects the safe operation of downstream equipment, but also reduces operating costs through simple maintenance.Quote InquiryContact us!

The influence of hydraulic oil filter on the oil mainly includes extending the service life of the oil, maintaining the cleanliness of the oil and improving the efficiency of the system. The details are as follows:1. Extend the service life of the hydraulic oil filter(1) Reduce oxidation deterioration: hydraulic oil will continue to cycle during use, and it is easy to mix various impurities, such as metal powder, rust, casting sand, etc. These impurities accelerate the oxidation process of the oil in the oil, resulting in the deterioration of the oil. Through the use of hydraulic oil filters, these impurities can be effectively removed and the oxidation rate of the oil can be slowed down, thus extending the service life of the oil.(2) Prevent chemical deterioration: filtration can not only remove solid particles, but also remove some soluble pollutants through adsorption.2. Maintain oil cleanliness(1) Filter out solid impurities: The main function of the hydraulic oil filter is to filter out solid impurities in the oil, including iron filings, casting sand, welding slag, etc. If these impurities are not filtered out, they will cycle repeatedly in the system, wear hydraulic components, block throttling holes and small gaps, and seriously affect the normal operation of the system.(2) Prevent new pollutants from entering: The hydraulic system may enter new pollutants from outside during use, such as dust entering through the refueling port or dust ring. The hydraulic oil filter can effectively trap these new contaminants, ensuring that the oil is always clean.3. Improve system efficiency of hydraulic oil filter(1) Reduce mechanical wear: impurities in hydraulic oil can cause wear inside hydraulic components, especially the clearance surface between moving parts is easy to be scratched. This wear not only reduces work efficiency, but also increases internal leakage and increases the energy consumption of the system. By using hydraulic oil filters, this wear can be reduced and the overall efficiency of the system improved.(2) Prevent failure: According to statistics, more than 75% of the failures in the hydraulic system are caused by oil pollution. By maintaining the cleanliness of the oil, the filter can significantly reduce these failures due to pollution, thereby improving the reliability and efficiency of the system.4. Protect critical components (1) Protection of hydraulic pumps and valves: hydraulic oil filters can protect key components in the system, such as hydraulic pumps and valves. The filter is installed on the suction line of the hydraulic pump, which can prevent large mechanical impurities from being sucked into the pump, thus protecting the normal operation of the pump. Similarly, filters installed in the pipeline protect valves and other hydraulic components downstream.(2) Provide clean oil: Especially in large hydraulic systems, the bypass filtration system composed of hydraulic oil filters can independently filter out impurities in the oil and provide clean oil for the entire system.5. Maintain the chemical stability of the hydraulic oil filter(1) To prevent chemical deterioration: hydraulic oil works at high temperature and high pressure, and is prone to oxidation reaction, generating acidic substances and sludge. These oxidation products not only corrode metal components, but also clog filters and small oil circuits. By changing the filter regularly, these oxides can be effectively removed and the chemical stability of the oil can be maintained.(2) Prevent air and water pollution: hydraulic oil filters can also prevent the entry of air and water. Air and water are one of the important reasons for the deterioration of hydraulic oil, which not only reduce the lubrication performance of oil, but also cause foam and emulsification. The filter can trap these air and water droplets to maintain the stability of the oil.To sum up, the hydraulic oil filter plays a vital role in the hydraulic system, which ensures the cleanliness and stability of the hydraulic oil by filtering out solid impurities, preventing new pollutants from entering, reducing mechanical wear, protecting key components and maintaining the chemical stability of the oil and other mechanisms, thus extending the service life of the oil. The efficiency and reliability of the system are improved.Quote InquiryContact us!

Hydraulic oil filter is an indispensable component in the hydraulic system, its main function is to filter out solid impurities in the hydraulic system to protect the hydraulic components from pollution and damage. Understanding the harm of impurities in hydraulic oil filters is very important to better maintain the hydraulic system, extend its service life and ensure its working efficiency. The following will be a detailed analysis of the potential hazards of impurities in the hydraulic oil filter to the hydraulic system:1. Components wear out2. Plug small holes and gaps3. Break the oil film4. Aggravate oil deterioration5. Increase system heat6. Reduce system efficiency7. The system is faulty8. Increase maintenance costsThese hazards not only affect the normal operation of the hydraulic system, but also can lead to expensive maintenance costs and production losses. Therefore, taking effective measures to prevent and reduce impurities in hydraulic oil is the key to maintaining the health of hydraulic system.Quote InquiryContact us!