The annual output of high flow filter achieves an alarming increase in the last year, and it is expected that it will continue to surge. Each year, Guangzhou Lvyuan Water Purification Equipment Co., Ltd. spends a lot of time and money to streamline the production processes so as to improve the efficiency of manufacturing. Though we only have a few years of experience, we are confident that, with the strength of research and development engineers, we can achieve good results in productivity-boosting. We are waiting for a more staggering figure this year.

Lvyuan, as a widely known enterprise, has earned a reputation in the field of pp sediment filter. The stainless steel water filter series is one of the main products of Lvyuan. The production of Lvyuan high flow water filter for water filtration is in compliance with the international industry standards. The inner support layer is closely connected to the filter material, making it of strong impact resistance. The product features the desired overload protection. With a reliable cable, it can strongly withstand momentary overloads in a very short time. It is suitable to use with aqueous and organic solvent samples due to its broad chemical compatibility.

our team consistently adheres to this'customer first' purpose. Get an offer!

Since established, Guangzhou Lvyuan Water Purification Equipment Co., Ltd. has worked with a trustworthy third party to conduct the quality evaluation. In order to guarantee the quality of high flow filter cartridge, our reliable third party will perform the quality evaluation based on the tenet of justice and equity. A third-party certification plays an important part in giving us a clear excellent situation about our product, which will inspire us to do better.

Lvyuan always supplies pleated filter in high quality and competitive price. According to the material, Lvyuan's products are divided into several categories, and sintered metal filter is one of them. Lvyuan polypropylene filter cartridge is verified to comply with the worldwide gift and crafts regulations and industry standards by the third-party authorities who are specialized in quality authentication. Customized end cap configurations are available to fit specific requirements The product, available at such a competitive price, is widely used in the market. It can provide accurate analysis and results for sensitive ion chromatography applications.

our company insists the business purpose of 'First Class Design, First Class Manufacture, First Class Service'. Please contact.

big flux filter encyclopedia


flux filter is also called big flux folded filter, big flow filter, brands are common; 3 m large flux filter, parker big flux filter, large flux PALL filter, Ryan rich big flux filter, etc. , are the domestic large flux technology has very mature, there are a lot of big flux filter replacement, lower cost, higher cost performance, under the small butterfly with everyone here to discuss the details of big flux filtration core! Definition of

big flux filter water treatment at home and abroad flow filtration, interchangeable PALL, 3 m and other imported brands big flow filter and the filter size, one open folded filter, flow from inner to outer, high velocity folded filter ensures the long life and high capacity, low cost of filtering and stable flow velocity. To reduce the danger of leakage, ensure the quality of filter. Simple design, convenient to install and move, reduce the cost of human when replacement filter, to ensure safety.
using proprietary compound filter material, quality guarantee, performance guarantee, guarantee service life

the highest operating pressure 3 main specifications. 5 kg/cm2
the highest operating temperature 80 ℃
suggested 50 m3 / hr flow

the material PP polypropylene diameter 6 inches ( 152. 4毫米)
length 40 inches ( 1016mm） , 60 inches ( 1524mm） Optional
1 micron accuracy level, 5 microns, 10 microns, 15 microns, 20 microns, 25 micron, 30 microns, 40 microns, 50 microns
seal material E - such as level Epdm, N - Buna, S - Silicone resin, V - Fluorine rubber, T - PFA sealing characteristics of fluorine rubber

high traffic means using less number of filter, reduce labor and operating costs;
high traffic means to use a smaller size of the filter shell, lower investment costs, save area;
filter replacement more rapid, simple and safe
O ring to make sure the filter and reliable;
hot melt adhesive polypropylene material can prevent particle release and discharge, this is different from ordinary wire wound filter;
folding surface design makes the high flow pressure drop of filter are lower than those of other filter, long service life;
in the form of a shell can be vertical, save a space, flow can reach 70 t/h, at the same time that water can go in parallel way,;
the level of housing design makes filter replacement is quite simple
container has a slight tilt, can prevent the liquid leakage when open the lid.
built-in o-rings better seal the lid of the
the top is flush, easy to filter replacement
in the filter Settings below inlet connection, can prevent the impact of the media
in accordance with ASME standard and pressure number to ensure complete real application range

power plant water, drinking water, pharmaceutical sterile water, condensed water equipment, oil field water injection Wells, industrial workshop, high temperature in the use of water, drink juice wine, fuel oil, acid and alkali corrosive liquid, paint coating, chemical solvents, with liquid slurry liquid, glue, ink, imaging and other liquid medium front and terminal filter.
more big flux filter information, welcome to contact us! Url WWW.

Industrial 40-inch wire-wound filter element function and function The wire-wound filter element has excellent depth filtration effect and can effectively remove suspended solids, particles, etc. in the liquid. The flow is large and the pressure loss is small. The filter residue load is high and the service life is long. Can withstand higher filtration pressures. According to the nature of the liquid to be filtered, the filter element has a variety of different materials to choose from, so that the filter element has good compatibility with the filtrate. Wire-wound filter element Product parameters Length: 40 inches (about 102cm) Accuracy: 5um 10um Optional (default is 5um) Pressure: 0.5Mpa Wire-wound filter element Uses Food and beverage industry: mineral water, beverage water, etc. Electronics industry: pure water, organic solvents, printed circuit boards, electroplating, etc. Others: PCB, semiconductor, chemical industry, tap water, etc. filter impurity particles. Depending on the material, the function and function of the wire-wound filter element are also different. Usually, it can be divided into large flow and small pressure loss.
water filters water filter cartridges supplier processes have been widely used to produce industrial filters manufacturer such as water filter cartridges, filter cartridge supplier, and water filters etc.
Guangzhou Lvyuan Water Purification Equipment Co., Ltd. serves a wide variety of professional markets and industries across the globe. Contact us at Lvyuan Water Purification Equipment to find the you have always dreamt of.
To stay in contact for latest review of water filter cartridges supplier industrial filters manufacturer across the globe and find out quality products, just go to Lvyuan Water Purification Equipment .

Can Sintered Bronze Filters Handle High-Pressure Applications?

Bronze filters are essential components in various industrial applications. They are known for their durability, high-temperature resistance, and excellent filtration performance. Sintered bronze filters, in particular, are widely used in high-pressure applications due to their unique properties. In this article, we will explore the capabilities of sintered bronze filters in handling high-pressure applications and their advantages over other filter materials.

Understanding Sintered Bronze Filters

Sintered bronze filters are manufactured by compacting bronze powder at high pressure and then sintering it in a controlled atmosphere. This process creates a porous structure with uniform pore size distribution, which is ideal for filtration purposes. The resulting sintered bronze material exhibits high strength, excellent corrosion resistance, and uniform porosity, making it suitable for a wide range of high-pressure applications.

Sintered bronze filters can be designed with different pore sizes and shapes to meet specific filtration requirements. They are commonly used in hydraulic systems, pneumatic equipment, aerospace components, and automotive applications, where high pressure and contamination control are critical. The unique properties of sintered bronze filters make them well-suited for such demanding environments.

Sintered bronze filters are also known for their ability to withstand high temperatures, which is essential in high-pressure applications where thermal stability is a concern. The material's inherent heat resistance ensures that the filter media maintains its integrity and filtration performance even at elevated temperatures, providing reliable operation in various industrial settings.

Furthermore, sintered bronze filters can be customized with additional elements, such as graphite or PTFE, to enhance their performance in specific applications. These enhancements can improve the filter's lubricity, chemical resistance, or conductive properties, depending on the requirements of the high-pressure system in which they are used.

Advantages of Sintered Bronze Filters in High-Pressure Applications

The use of sintered bronze filters in high-pressure applications offers several advantages over other filter materials. One of the key benefits is their inherent strength and durability, which allows them to withstand the rigors of high-pressure environments without compromising filtration efficiency. The material's uniform pore structure and high porosity ensure effective particle retention and long service life, even under continuous high-pressure conditions.

In addition to their mechanical robustness, sintered bronze filters provide excellent corrosion resistance, making them suitable for use in hydraulic and pneumatic systems where exposure to aggressive fluids is common. The filters' resistance to chemical attack ensures that they maintain their filtration performance and structural integrity, even when exposed to harsh operating conditions.

Another advantage of sintered bronze filters is their consistent performance across a wide range of operating pressures. Their uniform pore structure and precise pore size distribution allow for reliable particle capture and fluid flow, regardless of fluctuations in pressure levels. This makes sintered bronze filters well-suited for high-pressure applications where consistent filtration performance is crucial for system reliability and performance.

Furthermore, sintered bronze filters offer the flexibility to be tailored to specific application requirements, such as particle size retention, flow rate, and temperature resistance. This customization capability allows for the precise design of filters that can effectively address the challenges posed by high-pressure applications, ensuring optimal system performance and longevity.

Applications of Sintered Bronze Filters in High-Pressure Environments

The versatility and performance of sintered bronze filters make them suitable for a wide range of high-pressure applications across various industries. In hydraulic systems, sintered bronze filters are used to safeguard critical components, such as pumps, valves, and actuators, from contamination that can compromise system performance and longevity. The filters' high particle retention capabilities and reliable operation under high pressure make them essential for maintaining the cleanliness of hydraulic fluids and ensuring the efficient operation of hydraulic equipment.

In pneumatic systems, sintered bronze filters play a vital role in protecting air-driven components, such as cylinders, motors, and control valves, from contaminants that can affect their performance and service life. The filters' ability to handle high-pressure air and maintain efficient filtration performance makes them valuable assets in pneumatic equipment, where clean and dry air is essential for reliable operation and longevity.

Aerospace applications also benefit from the use of sintered bronze filters in high-pressure environments, where the filters' reliability and performance are critical for ensuring the safety and efficiency of aircraft systems. Sintered bronze filters are used to remove contaminants from hydraulic and fuel systems, as well as to protect sensitive components, such as actuators and landing gear, from particle ingress and fluid contamination. The filters' ability to handle high pressures and maintain consistent filtration performance is essential for the reliable operation of aerospace equipment.

Moreover, automotive applications rely on sintered bronze filters to maintain the cleanliness of hydraulic and pneumatic systems, as well as to protect critical components, such as transmission and steering systems, from contaminants that can compromise their function and longevity. The filters' ability to withstand high pressures and provide reliable particle retention ensures the efficient operation of automotive systems and the longevity of vehicle components.

Considerations for Selecting Sintered Bronze Filters for High-Pressure Applications

When selecting sintered bronze filters for high-pressure applications, several factors should be considered to ensure optimal performance and reliability. The pore size and distribution of the filter media play a critical role in determining its particle retention capabilities and flow characteristics. Proper pore size selection is essential to maintain efficient filtration while minimizing pressure drop across the filter, ensuring optimal system performance.

The material composition of sintered bronze filters should also be evaluated based on the specific operating conditions and fluid compatibility requirements of the application. Customized filter designs, such as those incorporating additional elements like graphite or PTFE, can offer enhanced performance in demanding high-pressure environments, where lubricity, chemical resistance, or conductive properties are essential.

The design and construction of sintered bronze filters, including the geometry of the filter element and the housing, should be carefully assessed to ensure compatibility with the system's operating conditions and installation requirements. Proper fit and sealing are crucial for preventing bypass and ensuring effective filtration, especially in high-pressure systems where performance and reliability are paramount.

Furthermore, the service and maintenance requirements of sintered bronze filters should be considered to ensure long-term reliability and cost-effectiveness. Access to the filter element for inspection and replacement, as well as the compatibility of the filter with cleaning and flushing procedures, are important factors to evaluate when selecting filters for high-pressure applications.

Summary

Sintered bronze filters are well-suited for handling high-pressure applications due to their unique properties, such as strength, durability, corrosion resistance, and uniform porosity. Their ability to withstand high temperatures, provide consistent filtration performance, and be tailored to specific application requirements makes them valuable assets in hydraulic, pneumatic, aerospace, and automotive systems.

The advantages of sintered bronze filters in high-pressure applications include their mechanical robustness, corrosion resistance, consistent performance under fluctuating pressure levels, and customization capabilities. These benefits make sintered bronze filters ideal for safeguarding critical system components, ensuring system cleanliness and efficiency, and maintaining the reliability of equipment in demanding industrial environments.

When selecting sintered bronze filters for high-pressure applications, factors such as pore size and distribution, material composition, design and construction, and service requirements should be carefully considered to ensure optimal performance, reliability, and cost-effectiveness. By addressing these considerations, system operators and engineers can benefit from the enhanced capabilities of sintered bronze filters in high-pressure environments, ensuring the longevity and efficiency of their equipment and processes.

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