Products
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ACCU-PULSE DMF-Z-1-40S Right-angle electromagnetic pulse valve
A right-angle electromagnetic pulse valve (commonly referred to as a right-angle type electromagnetic pulse valve) is a structural variant of electromagnetic pulse valves. Its most notable feature is that the air inlet and outlet are distributed at a right angle (90 degrees), making it widely used in pneumatic control systems requiring high flow rates and efficient blowing, particularly in scenarios such as dust removal equipment (e.g., bag dust collectors) and pneumatic conveying systems.
Key Features
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Right-angle Structure
- The vertical design of the inlet and outlet allows for more direct air flow direction change, reducing air resistance and suitable for working conditions requiring rapid blowing and high flow rates.
- Generates a strong impact force during blowing, effectively removing dust from the surface of filter bags or pushing materials.
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Electromagnetic Control
- Controls the opening and closing of the valve core through the energization or de-energization of an electromagnetic coil, achieving instantaneous release of pulsed air flow (blowing time typically ranges from tens of milliseconds to several seconds).
- Features fast response and precise control, enabling automated operation through an electronic control system.
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High Reliability
- Compact structure and good sealing performance make it suitable for continuous industrial operations.
- The valve body is mostly made of metal materials (such as aluminum alloy or stainless steel), offering wear resistance and corrosion resistance.
Application Scenarios
- Dust Removal Systems: In bag dust collectors, right-angle electromagnetic pulse valves periodically blow compressed air to remove dust from filter bags and restore their air permeability.
- Pneumatic Conveying: Used to control pulsed conveying of materials in pipelines, especially suitable for efficient transportation of granular or powdery materials.
- Chemical/Environmental Protection Equipment: Serves as a key actuator in automated equipment requiring rapid air flow start-stop.
Selection Considerations
- Interface Dimensions: Choose appropriate inlet and outlet pipe diameters (e.g., DN15, DN25) according to the system pipeline specifications.
- Operating Pressure: Confirm the applicable compressed air pressure range (e.g., 0.4–0.7MPa).
- Blowing Volume: Select a suitable valve capacity (blowing air volume) based on the required dust removal or conveying capacity.
- Power Supply Type: Common options include DC24V or AC220V, which need to match the control system.
- Environmental Adaptability: Consider working conditions such as temperature, humidity, and dust concentration, and select anti-corrosion and dust-proof valve bodies.
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Filter Cage Dust Collector Frame Multi-Head Spot Welding Automatic Line Metal Processing: An Ideal Solution for Multiple Industries
The Filter Cage Dust Collector Frame Multi-Head Spot Welding Automatic Line, as an advanced equipment in the field of metal processing, has a wide range of applications, bringing efficient and high-quality production solutions to multiple industries.
In the environmental protection equipment manufacturing industry, filter cartridge dust collectors are key devices for air purification and dust treatment, and the filter cage dust collector frame is a core component. The Filter Cage Dust Collector Frame Multi-Head Spot Welding Automatic Line can quickly and accurately weld the filter cage dust collector frame, ensuring the quality and stability of the frame. A high-quality frame can not only extend the service life of the filter cartridge dust collector but also guarantee its dust removal effect during operation, providing enterprises with reliable environmental protection equipment and helping them meet increasingly stringent environmental requirements.In the industrial equipment manufacturing field, many large-scale mechanical equipment require metal frame structures. This automatic line can flexibly adjust welding parameters and processes according to different design requirements, producing metal frames of various specifications and shapes. Whether it is the sturdy frame of heavy machinery and equipment or the lightweight frame of precision instruments, efficient and precise welding production can be achieved through this automatic line, providing reliable component supply for industrial equipment manufacturing enterprises and enhancing the overall quality and performance of products.For the steel structure construction industry, the Filter Cage Dust Collector Frame Multi-Head Spot Welding Automatic Line also has important application value. During the construction of steel structure buildings, a large number of metal components need to be welded. This automatic line can quickly and efficiently complete these welding tasks while ensuring the consistency and stability of welding quality. The steel structure components produced by this automatic line can better meet the requirements of architectural design, improve the structural strength and safety of buildings, shorten the construction period, and reduce construction costs.The Filter Cage Dust Collector Frame Multi-Head Spot Welding Automatic Line, with its excellent performance in metal processing and wide applicability, has become an ideal solution for production and manufacturing in multiple industries. It not only improves the production efficiency and product quality of enterprises but also provides strong technical support for the development of various industries, promoting the progress and development of related industries. -
The ACCU-PULSE DMF-Z-25 pulse valve
The DMF-Z-25 pulse valve is a right-angle electromagnetic pulse valve commonly used in the cleaning and injection systems of pulse-jet bag dust collectors, serving as a “switch” for compressed air. The detailed introduction is as follows:
The ACCU-PULSE DMF-Z-25 pulse valve Working Principle
The DMF-Z-25 pulse valve is a pilot-type solenoid valve. When energized, the electromagnetic force drives the pilot valve to open, rapidly reducing the pressure in the upper cavity of the main valve. A pressure difference is formed between the upper and lower cavities of the main valve, and the medium pressure pushes the closing member of the main valve upward, opening the valve and allowing compressed air to spray out through the valve outlet. When power is cut off, the spring force closes the pilot valve, and the inlet medium pressure quickly enters the upper cavity of the main valve through the pilot hole, forming a pressure difference in the upper cavity to close the main valve and stop the pulse valve from exhausting air.The ACCU-PULSE DMF-Z-25 pulse valve Technical Parameters
- Connection Thread: ZG1″
- Nominal Diameter: 25mm
- Working Pressure: 0.3–0.8 MPa
- Applicable Medium: Clean air
- Working Voltage: AC24V, AC110V, AC220V, DC24V, etc.
- Ambient Temperature: -10–55°C
- Diaphragm Service Life: Over 1 million injections
The ACCU-PULSE DMF-Z-25 pulse valve Product Features
- Right-Angle Structure: The 90° angle between the inlet and outlet is suitable for the installation and connection of air bags and dust collector injection pipes. The smooth air flow can provide the required cleaning air pulses.
- Low-Resistance Design: The low gas resistance in the pipe allows it to be used with low-pressure air sources. Compared with high-pressure valves, it can reduce energy consumption and extend the service life of the diaphragm.
- Reliable Performance: It has good sealing performance and fast response capability, ensuring stable operation during frequent pulse injection and guaranteeing the dust cleaning effect of the dust collector.
The ACCU-PULSE DMF-Z-25 pulse valve Application Fields
It is mainly applied in pulse-jet bag dust collectors in industries such as cement, power, chemical, metallurgy, and steel. By cooperating with pulse injection control instruments, it performs row-by-row (chamber-by-chamber) injection cleaning on filter bags, maintaining the resistance of the dust collector within a set range to ensure the dust collector’s processing capacity and dust collection efficiency. -
DMF-Z-2-20 ACCU-PULSE valve with nut
DMF-Z-2-20 pulse valve with nut is a right-angle electromagnetic pulse valve commonly used in pulse-jet bag dust collectors as a “switch” for compressed air. The detailed introduction is as follows:
DMF-Z-2-20 ACCU-PULSE Working Principle
The diaphragm divides the electromagnetic pulse valve into front and rear air chambers. When compressed air is connected, it enters the rear air chamber through the orifice, and the pressure in the rear air chamber presses the diaphragm assembly tightly against the valve’s outlet, keeping the electromagnetic pulse valve in the “closed” state. When the pulse injection control instrument sends an electrical signal, the armature of the electromagnetic pulse valve moves backward, opening the rear air chamber and rapidly releasing pressure. The diaphragm assembly moves backward, allowing compressed air to spray out through the valve outlet, and the pulse valve enters the “open” state. When the electrical signal from the pulse injection control instrument disappears, the armature of the electromagnetic pulse valve resets, the exhaust port of the rear air chamber closes, the pressure in the rear air chamber rises, and the diaphragm assembly moves close to the valve’s outlet, re-closing the pulse valve.DMF-Z-2-20 ACCU-PULSE Technical Parameters
- Connection Thread: G3/4″
- Working Pressure: 0.2–0.7 MPa
- Applicable Medium: Clean air
- Working Voltage: DC12V, DC24V, AC110V, AC220V, etc.
- Diaphragm Service Life: Over 1 million injections
Product Features
- Large Air Chamber Volume: The diaphragm lifts to a large height, delivering a high injection volume and providing sufficient dust-cleaning power for the dust collector.
- Flexible Installation: It allows for a larger installation distance, making it easy to operate with tools during installation and offering suitable installation methods. Meanwhile, the larger spacing between filter bags prevents bottom collisions and friction of long bags.
- Superior Diaphragm Performance: The diaphragm is thin, tough, and highly elastic, enabling a large injection distance for each pulse. Even 8-meter-long dust bags can be injected to the bottom.
DMF-Z-2-20 ACCU-PULSE Application Field
It is mainly used in the dust-cleaning injection system of bag-type dust collectors. By cooperating with a pulse injection control instrument, it performs row-by-row (chamber-by-chamber) injection cleaning on filter bags, maintaining the dust collector’s resistance within a set range to ensure dust removal capacity and efficiency. -
ACCU-PULSE DMF-Z-20 pulse valve
DMF-Z-20 pulse valve is a right-angle electromagnetic pulse valve commonly used in pulse-jet bag dust collectors as a “switch” for compressed air. The detailed introduction is as follows:Working Principle
The diaphragm divides the electromagnetic pulse valve into front and rear air chambers. When compressed air is connected, it enters the rear air chamber through the orifice, and the pressure in the rear air chamber presses the diaphragm assembly tightly against the valve’s outlet, keeping the electromagnetic pulse valve in the “closed” state. When the pulse injection control instrument sends an electrical signal, the armature of the electromagnetic pulse valve moves backward, opening the rear air chamber and rapidly releasing pressure. The diaphragm assembly moves backward, allowing compressed air to spray out through the valve outlet, and the pulse valve enters the “open” state. When the electrical signal from the pulse injection control instrument disappears, the armature of the electromagnetic pulse valve resets, the exhaust port of the rear air chamber closes, the pressure in the rear air chamber rises, and the diaphragm assembly moves close to the valve’s outlet, re-closing the pulse valve.Technical Parameters
- Connection Thread: G3/4″
- Working Pressure: 0.2–0.7 MPa
- Applicable Medium: Clean air
It is mainly used in the dust-cleaning injection system of bag-type dust collectors. By cooperating with a pulse injection control instrument, it performs row-by-row (chamber-by-chamber) injection cleaning on filter bags, maintaining the dust collector’s resistance within a set range to ensure dust removal capacity and efficiency. -
Factory-customized air filter elements
This is a cylindrical air filter element. An air filter element is an important component for filtering impurities in the air and is widely used in the intake systems of automotive engines, the air – intake devices of industrial mechanical equipment, air purifiers, and other equipment. Its principle is to utilize the filtering properties of the filter – element material to intercept pollutants such as dust, particles, and pollen in the air, providing clean air for the equipment.
This prevents these impurities from entering the interior of the equipment, avoiding component wear and blockages, and ensuring the normal operation and service life of the equipment. The corrugated structure design of the filter element in the picture increases the filtering area and can improve the filtering efficiency and dust – holding capacity.
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Electromagnetic Pulse Valves: Opening a New Era of Intelligent Industrial Cleaning
With the advent of the intelligent industrial era, electromagnetic pulse valves are also actively integrating into the intelligent wave and becoming a key part of realizing intelligent industrial cleaning.
Intelligent electromagnetic pulse valves are equipped with advanced sensors and intelligent control systems. These sensors can real – time monitor key parameters such as the resistance of the filter bag, dust concentration, and the operating status of the equipment. Take the large – scale dust removal system in a chemical enterprise as an example. The sensors transmit the collected data to the intelligent control system in real – time. The system analyzes and processes these data to accurately judge the ash – cleaning requirements of the filter bag. When the resistance of the filter bag reaches the set threshold, the intelligent control system automatically issues an instruction to control the electromagnetic pulse valve for ash – cleaning operation. Moreover, the system can automatically adjust the injection time, injection interval, and injection pressure of the electromagnetic pulse valve according to the actual situation to ensure the ash – cleaning effect while minimizing energy consumption.The intelligence of electromagnetic pulse valves is also reflected in remote monitoring and fault diagnosis functions. With the help of the Internet of Things technology, enterprise managers can remotely monitor the operating status of electromagnetic pulse valves at any time through terminal devices such as mobile phones and computers. Once a fault occurs in the equipment, the intelligent system can quickly issue an alarm and accurately locate the fault point through data analysis. For example, in the dust removal equipment of the mining industry, if a fault such as valve core jamming occurs in the electromagnetic pulse valve, the intelligent system will immediately notify the maintenance personnel and provide detailed fault information, greatly shortening the equipment maintenance time and improving production efficiency.The intelligent transformation of electromagnetic pulse valves has brought higher efficiency, lower costs, and more reliable operation guarantees for industrial cleaning. It has opened a new era of intelligent industrial cleaning, enabling industrial production to continuously move forward on the path of environmental protection and high – efficiency, laying a solid foundation for realizing a sustainable industrial future. -
Electromagnetic Pulse Valves: Key Equipment for Promoting the Upgrading of the Environmental Protection Industry
The environmental protection industry occupies an increasingly important position in today’s social development. As a key component of environmental protection equipment, electromagnetic pulse valves are promoting the technological upgrading and efficient development of the environmental protection industry.
Picture (DMF-Z-40S Pulse Valve)
Electromagnetic pulse valves have the significant advantage of fast response speed. In some production environments with extremely strict requirements for dust emissions, such as electronic chip manufacturing workshops, electromagnetic pulse valves can respond in a very short time. Once it is detected that the dust accumulation on the surface of the filter bag reaches a certain level, the control system issues an instruction, and the electromagnetic pulse valve can quickly open and complete a pulse injection action within a few milliseconds, timely removing the dust on the filter bag and ensuring that the air quality in the workshop always meets strict standards, providing a clean environment for precision production.
The energy – saving characteristics of electromagnetic pulse valves are also remarkable. The ash – cleaning methods of traditional dust removal equipment often consume a large amount of energy. Modern electromagnetic pulse valves, through optimized design, can precisely control the injection volume and injection time of compressed air. For example, in the small – scale dust removal system used in a food processing factory, the electromagnetic pulse valve adopts intelligent control technology. It automatically adjusts the injection parameters according to the actual working conditions of the filter bag. In this way, while meeting the ash – cleaning requirements, it greatly reduces the waste of compressed air, reducing the energy consumption and operating costs of enterprises.On the path of the environmental protection industry’s continuous pursuit of green and efficient development, the importance of electromagnetic pulse valves has become more prominent. It not only improves the performance and reliability of environmental protection equipment but also provides strong support for enterprises to achieve energy conservation, emission reduction, and sustainable development. With the increasingly strict environmental protection standards, electromagnetic pulse valves will have a broader development space and continue to contribute to the upgrading of the environmental protection industry. -
Electromagnetic Pulse Valves: The Core Power of Industrial Dust Removal Systems
In modern industrial production, dust pollution not only poses a threat to the environment but also seriously endangers the normal operation of production equipment and the health of workers. As a key component of industrial dust removal systems, electromagnetic pulse valves play an irreplaceable role.
The working principle of electromagnetic pulse valves is based on the law of electromagnetic induction. When the electromagnetic coil of an electromagnetic pulse valve is energized, the generated electromagnetic force overcomes the spring force, lifts the valve core, opens the gas passage, and allows compressed air to spray out rapidly. When the electromagnetic coil is de-energized, the electromagnetic force disappears, and the spring force makes the valve core return to its original position, closing the gas passage and stopping the gas injection. This rapid opening and closing action can precisely control the injection time and frequency of compressed air.In the field of industrial dust removal, electromagnetic pulse valves are widely used. Take a cement plant as an example. A large amount of dust is generated during the production process. In a bag filter, the electromagnetic pulse valve emits a pulse jet at regular intervals. The compressed air is sprayed into the interior of the filter bag at high speed. The strong air flow impact causes the filter bag to expand and vibrate instantaneously, shaking off the dust attached to the surface of the filter bag, thus achieving the ash cleaning of the filter bag. In this way, not only can the air permeability of the filter bag be ensured, the high – efficiency operation of the dust collector be maintained, but also the service life of the filter bag can be extended, reducing the operating costs of enterprises.In other industrial fields such as steel plants and thermal power plants, electromagnetic pulse valves also play an important role. They ensure a clean production environment, reduce the erosion of dust on equipment, and improve the safety and stability of production. With the continuous progress of industrial technology, electromagnetic pulse valves are also constantly innovating and developing, moving towards higher performance, more energy – saving, and more intelligent directions to meet the needs of future industrial development. -
Introduction of DMK-4CSA-20 Controller
1. Overview
The DMK-4CSA-20 is a pulse injection controller, which serves as the main control device for the pulse injection cleaning system of the pulse bag dust collector. It controls the electromagnetic pulse valves by outputting signals, enabling the compressed air to cyclically inject and clean the filter bags. This maintains the resistance of the dust collector within the set range, ensuring the dust collector’s processing capacity and dust removal efficiency.
2. Functional Features
- Flexible Control Modes: It adopts a programmable combined output mode, capable of achieving one-machine control for small-scale dust collectors with less than 19 output points. It can be combined into a mode of M lift valves + N pulse valves, easily realizing M + MN point switch quantity output. It can achieve both online and offline control. When M = 0, it is in the offline cleaning mode.
- Superior Output Performance: Using imported high-power contactless devices for output, it can achieve real-time output of the pulse valves, improving the hysteresis phenomenon of relay output.
- Diverse Parameter Settings: The core control uses a single-chip microcomputer, allowing the setting of key parameters, including digital display, cycle interval, pulse interval, and pulse width, etc. And it controls the cleaning process according to the “Stop/Run” signal. The output pulse width can be adjusted within the range of 0.01 – 0.99 seconds. The adjustment range of the output pulse interval is 1 – 99 seconds, and the adjustable range of the cycle interval is 0 – 99 minutes.
3. Technical Parameters
- Input Voltage: 220V AC.
- Output Voltage: 24V DC.
- Number of Output Bits: 20 bits, which can control 9 – 20 electromagnetic pulse valves.
- Dimensions: 240mm×160mm×90mm.
- Working Environment: The temperature ranges from -25℃ to 55℃, the relative humidity is less than 85%, and there is no serious corrosive gas, conductive dust, severe vibration, or impact in the surroundings.
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PE500c1 Filter Cloth Product Introduction
1. Product Overview The PE500c1 filter cloth is a premium filtration material meticulously crafted to deliver outstanding performance in a wide array of filtration applications. Made from high-quality polyethylene (PE) with the unique characteristics of the “c1″ variant, it offers a combination of durability, efficiency, and reliability that sets it apart in the market.
2. Material Properties – **High-Quality Polyethylene Base**: The PE500c1 filter cloth is constructed from top-grade polyethylene, which provides it with excellent physical properties. This material has a high tensile strength, allowing the filter cloth to withstand the rigors of the filtration process without tearing or deforming easily. It can endure significant mechanical stress, whether it’s during the filtration operation or when handling the cloth for installation and cleaning. – **Unique “c1″ Characteristics**: The “c1″ designation indicates specific enhancements or modifications to the base PE material. These may include optimized molecular structure for improved chemical resistance, better fiber orientation for enhanced filtration efficiency, or surface treatments that contribute to its anti-clogging and easy-release properties. These unique features make the PE500c1 filter cloth more adaptable to various challenging filtration environments.
3. Key Features – **Superior Filtration Efficiency**: The PE500c1 filter cloth is designed with a precisely engineered pore structure. This allows it to effectively capture particles of different sizes, ensuring high-precision filtration. Whether it’s separating fine solids from liquids in chemical processes or removing contaminants from industrial wastewater, it can achieve excellent separation results, delivering a clear filtrate. – **Exceptional Chemical Resistance**: Thanks to its PE base and the “c1″ modifications, the filter cloth has strong resistance to a wide range of chemicals. It can withstand exposure to acids, alkalis, and many organic solvents without being damaged or deteriorating in performance. This makes it suitable for use in industries such as chemical manufacturing, where harsh chemical environments are common. – **Long Service Life**: Its robust construction and high-quality materials contribute to a long lifespan. The filter cloth can maintain its filtration performance over an extended period, reducing the need for frequent replacements. This not only saves on costs but also minimizes downtime associated with filter cloth changes, improving overall production efficiency. – **Good Cake Release and Anti-Clogging**: The surface properties of the PE500c1 filter cloth enable easy release of the filtered cake. Particles do not adhere firmly to the cloth, making it simple to remove the solids after filtration. Additionally, its design helps prevent clogging of the pores, ensuring continuous and unobstructed filtration even when dealing with viscous or sticky substances.
4. Application Areas – **Chemical Industry**: Widely used in chemical reactors for separating reaction products from solvents, purifying chemical intermediates, and filtering out impurities in chemical solutions. It can handle a variety of chemical processes with different requirements, providing reliable filtration performance. – **Mining and Mineral Processing**: In the mining industry, the PE500c1 filter cloth is employed for dewatering of mineral slurries, separating valuable minerals from waste materials, and treating mining wastewater. Its ability to withstand heavy loads and harsh environmental conditions makes it a preferred choice for these applications. – **Food and Beverage Production**: For filtering fruit juices, wines, edible oils, and other food products, the PE500c1 filter cloth meets strict hygiene standards. It ensures that the final products are free from contaminants while maintaining their taste and quality. – **Water Treatment**: In both industrial and municipal water treatment plants, it can be used for removing suspended solids, turbidity, and other impurities from water sources. It helps in producing clean water that meets the required quality standards for various applications.
5. Technical Specifications – **Filtration Precision**: [Specify the range of particle sizes it can effectively filter, e.g., 0.5 - 50 microns] – **Tensile Strength**: Longitudinal: [Provide the value in appropriate units, e.g., N/cm] Transverse: [Provide the value in appropriate units, e.g., N/cm] – **Operating Temperature Range**: [Specify the minimum and maximum temperatures, e.g., -10°C to 80°C] – **pH Resistance Range**: [Indicate the pH values it can withstand, e.g., 2 - 12]
If you have any questions or need more detailed information about the PE500c1 filter cloth, or if you have specific requirements for your filtration applications, please feel free to contact our professional team. We are committed to providing you with the best solutions and excellent after-sales support.
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PE500/PTFE Filter Cloth Product Introduction
PE500/PTFE Filter Cloth Product Introduction
1. Product Overview The PE500/PTFE filter cloth combines the excellent properties of polyethylene (PE500) and polytetrafluoroethylene (PTFE), presenting itself as a high – performance filter material. It is engineered to meet the diverse filtration needs across multiple industries, providing efficient solid – liquid separation and ensuring long – term stable operation.
2. Material Characteristics -
**PE500**: This material endows the filter cloth with high tensile strength and good toughness, enabling it to withstand significant mechanical stress during the filtration process without easily deforming or breaking. It also exhibits good chemical resistance to a wide range of common chemicals, protecting the filter cloth from corrosion and extending its service life. –
PTFE: Known as “King of Plastics”, PTFE has outstanding chemical inertness, being resistant to almost all chemicals, including strong acids, alkalis, and organic solvents. Additionally, it has extremely low surface energy, resulting in excellent anti – sticking properties. Particles and residues are less likely to adhere to the surface of the PTFE – based filter cloth, facilitating easy cake release and reducing the frequency of cleaning.
3. Key Features – **High Filtration Efficiency**: With precisely controlled pore sizes, the PE500/PTFE filter cloth can effectively capture fine particles, achieving high – precision filtration. Whether filtering suspended solids in liquid or separating dust in gas, it can ensure the filtrate or discharged gas meets strict quality standards.
Long Service Life: Thanks to the excellent chemical and mechanical properties of its materials, the filter cloth has remarkable durability. It can maintain stable filtration performance over extended periods of continuous operation, reducing the frequency of replacement and thereby lowering overall operating costs.
**Good Chemical Stability**:
Resistant to various harsh chemical environments, it can be safely used in industries such as chemical engineering, pharmaceuticals, and electroplating, where highly corrosive substances are often present. – **Easy to Clean**: The anti – sticking property of PTFE makes cleaning a breeze. Both mechanical cleaning methods, such as backwashing and vibration, and chemical cleaning can effectively remove residues on the filter cloth, restoring its filtration performance quickly. ## 4. Application Scenarios – **Chemical Industry**: Ideal for filtering chemical reaction products, separating catalysts, and purifying chemical solvents. It can handle highly corrosive chemical media while maintaining high – quality filtration. – **Pharmaceutical Industry**: Used in the production process to filter pharmaceutical intermediates and final products, ensuring product purity and compliance with strict pharmaceutical standards. Its non – shedding and high – cleanliness characteristics are crucial in pharmaceutical manufacturing.
**Food and Beverage Industry**:
Suitable for filtering fruit juices, beverages, and edible oils. It meets food – grade safety requirements, ensuring no harmful substances are introduced during the filtration process and maintaining the taste and quality of food products. – **Mining and Metallurgy**: Helps in separating valuable minerals from ores and purifying wastewater generated during the mining and metallurgical processes. Its high – strength structure can withstand the harsh conditions of the mining environment.
5. Technical Parameters – *
*Filtration Precision**: [Specify the precise range, e.g., 0.1 - 100 microns] – **Tensile Strength**: [Provide the data, e.g., longitudinal tensile strength ≥ [X] N/cm, transverse tensile strength ≥ [Y] N/cm] – **Working Temperature**: – [X] °C to [X] °C – **pH Resistance Range**: [Specify the applicable pH range, e.g., 1 - 14]
If you have any further questions or specific requirements regarding our PE500/PTFE filter cloth, please feel free to contact us. Our professional team is ready to offer you detailed solutions and excellent after – sales service.