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15
Jul.
How does the Electronic Digital Water Timer redefine the convenience and efficiency of home and agricultural irrigation?
The most competitive feature of the Electronic Digital Water Timer is its highly programmable control capability. Users can accurately set the irrigation time from 1 minute to up to 4 hours according to the water needs of different plants. Compared with tradit...
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08
Jul.
How do Pop‑Up sprinklers achieve the dual advantages of invisible beauty and efficient irrigation?
Pop‑Up sprinkler is invisible automatic sprinkler devices installed underground that rise and retract with water pressure. When the underground water pressure reaches the design value, the sprinkler automatically pops out of the ground and sprays effectively; ...
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01
Jul.
Why has the irrigation drip PVC tube become the preferred solution for modern agricultural irrigation systems?
The irrigation drip PVC tube is made of high-quality PVC raw materials, with excellent corrosion resistance, UV resistance and chemical stability, and can adapt to different soil environments and climatic conditions. Agricultural irrigation often comes into co...
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24
Jun.
Why are more and more modern farms choosing Irrigation Drip PVC Tube for precision irrigation?
Irrigation Drip PVC Tube fully reflects the high standards of durability, safety and long-term stability of modern agricultural irrigation equipment in terms of material selection and performance. This product uses PVC material as the basic raw material. This ...
T Type Disc Filter Manufacturers
The laminated filter is composed of a combination of filter element units, and the filter unit is mainly composed of a group of annular reinforced plastic filter disks with grooves or edges. Water enters from the outside, and the rim formed by the groove edge on the adjacent filter plate traps impurities in the water.
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Describe:Item No.：RT-F63TDDiameter：2"Size：6300*350*225 mmMesh：120Max Discharge：30 m³/hMax Pressure：10 Bar
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Describe:Item No.：RT-F75TDDiameter：2.5"Size：630*350*225 mmMesh：120Max Discharge：40 m³/hMax Pressure：10 Bar
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Describe:Item No.：RT-F90TDDiameter：3"Size：750*350*225 mmMesh：120Max Discharge：50 m³/hMax Pressure：10 Bar
SINCE
2003
Welcome To Runte
View More
As a professional China T Type Disc Filter Manufacturers and T Type Disc Filter Suppliers, Ningbo Runte Irrigation Equipment Co., Ltd. was founded in 2005. It is a modern enterprise focusing on the research, development, production, and sales of water-saving irrigation equipment and water purification equipment. We have a mold warehouse, more than 15 injection machines, and a test office. Our products gain great reputations from our clients in China and all over the world.
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18 years experience in landscape irrigation -
A complete and reliable supply chain system
Recent News
Industry Knowledge Expansion
How a T-type disc filter achieves a low pressure drop?
The low pressure drop of a T-type disc filter is one of its key advantages, particularly in fluid filtration applications. Pressure drop refers to the reduction in pressure that occurs as a fluid flows through a filter element.
Large Filtration Surface Area: T-type disc filters are designed with multiple disc-shaped filter elements that are stacked together. These discs often have a large surface area relative to their size. This large surface area allows for the filtration of a significant volume of fluid without creating a substantial obstruction to flow.
Flow Path Optimization: The design of T-type disc filters often includes an optimized flow path for the fluid. The fluid typically enters the filter housing and flows through the gaps between the discs, passing through the filter media. The geometry of the flow path is designed to minimize resistance and turbulence, which helps reduce pressure drop.
High Filtration Efficiency: T-type disc filters are capable of efficiently capturing and retaining solid particles and contaminants while allowing the fluid to pass through. This means that the filter media can trap impurities without causing a significant restriction in fluid flow.
Filter Element Materials: The choice of materials for the filter elements can also influence pressure drop. T-type disc filters are available with various filter media, including different types of mesh, screens, or porous materials. Selecting the appropriate filter media for the specific application can help maintain low pressure drop.
Self-Cleaning Mechanisms: Some T-type disc filters are equipped with self-cleaning mechanisms that periodically remove accumulated debris from the filter surface. This helps maintain consistent flow rates and low pressure drop over time.
Proper Sizing: Properly sizing the T-type disc filter for the flow rate and particle size requirements of the application is crucial. An appropriately sized filter ensures that the pressure drop remains within acceptable limits while effectively removing contaminants from the fluid.
Regular Maintenance: Even though T-type disc filters offer low pressure drop, regular maintenance is essential to ensure they continue to operate efficiently. Cleaning or replacing filter elements as needed will help prevent pressure drop from increasing due to clogging.
How Is Backwashing Performed in T Type Disc Filters?
Backwashing in T Type Disc Filters is a crucial maintenance operation that helps remove accumulated solids and debris from the filter discs, restoring their filtration efficiency. Here's a step-by-step explanation of how backwashing is typically performed in these filters:
1. Valve Adjustment: To initiate the backwashing process, the flow of liquid through the T Type Disc Filter is temporarily reversed. This is achieved by adjusting the valves in the filter system to redirect the flow.
2. Reverse Flow: Once the valves are adjusted, the liquid flow is reversed, causing it to flow in the opposite direction from the normal filtration process. This reverse flow dislodges and loosens the trapped particles and contaminants on the surface of the filter discs.
3. Removal of Accumulated Solids: As the liquid flows in reverse, the accumulated solids and debris are lifted from the grooved surfaces of the filter discs. These particles are carried away by the backwash stream and usually directed to a waste or disposal system.
4. Monitoring and Timing: Backwashing is typically performed for a specific duration, which is determined based on the filter's design and the level of contamination. Operators monitor the process to ensure that it effectively removes accumulated particles without causing damage to the filter elements.
5. Forward Flow Restoration: After the backwashing cycle is complete, the valves are adjusted back to their normal filtration position, restoring the forward flow of liquid through the filter.
6. Rinsing and Stabilization: In some cases, a rinsing step may be incorporated into the process. Clean water or a cleaning solution is used to rinse the filter discs, removing any remaining traces of contaminants or cleaning agents. The filter may also be stabilized before returning to normal operation to ensure consistent filtration performance.
7. Frequency of Backwashing: The frequency of backwashing depends on several factors, including the type of contaminants being filtered, the flow rate, and the filter's capacity. It is generally performed when a predetermined pressure drop across the filter is reached or when the filter's efficiency begins to decline.
8. Automation: In modern filtration systems, backwashing can be automated using control systems that monitor filter performance and initiate the process as needed. This helps optimize filter maintenance and ensure efficient operation.
