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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 ...
Irrigation Drip PVC Tube Manufacturers
Irrigation Drip PVC Tube is used for arrow dripper set and mini sprinkler set.Irrigation Drip PVC Tube is a PVC pipe for drip irrigation system, which is specially used to transport water sources to drip irrigation equipment. It is usually made of high-quality polyvinyl chloride (PVC) material, which has excellent corrosion resistance and durability. The inner wall of this pipe is smooth, which is conducive to the stable delivery of water flow and reduces resistance and pressure loss. Irrigation Drip PVC Tube is widely used in field irrigation, orchards, vegetable gardens, and flower beds, and can be customized in length and diameter according to different needs. It provides a reliable water delivery pipeline for the drip irrigation system, helping to achieve precise irrigation, improve water use efficiency, and promote healthy plant growth.
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Describe:Product Code: PV01053Product Specification :1D3mm*OD5mmRoll length(m) :300Roll size(cm) :De31*14Roll weight(kg) :5.00Packing quantity per bag(roll): 5
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Describe:Product Code: PV01074Product Specification :ID4mm*OD7mmRoll length(m) :200Roll size(cm) :De31*14Roll weight(kg) :6.50Packing quantity per bag(roll): 5
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Describe:Product Code: PV01064Product Specification :ID4mm*OD6mmRoll length(m) :200Roll size(cm) :De31*14Roll weight(kg) :4.50Packing quantity per bag(roll): 5
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Describe:Product Code: PV01128Product Specification :ID8mm*OD12mmRoll length(m) :100Roll size(cm) :De50*20Roll weight(kg) :9.00Packing quantity per bag(roll): 5
SINCE
2003
Welcome To Runte
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As a professional China Irrigation Drip PVC Tube Manufacturers and Irrigation Drip PVC Tube 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 can one determine the optimal flow rate for drip PVC tubes in a specific application?
Determining the optimal flow rate for drip PVC tubes in a specific irrigation application is crucial for ensuring efficient water delivery to plants. Here are the steps to help you determine the optimal flow rate:
Know Your Crop's Water Requirements: Start by understanding the water needs of the crop you are irrigating. This information can usually be found in crop-specific irrigation guidelines or recommendations from agricultural experts.
Calculate the Total Water Requirement: Determine the total amount of water required by your crops over a specific period, usually daily or weekly. This calculation considers factors like crop type, growth stage, climate, and soil conditions.
Determine Irrigation Frequency: Decide how often you want to irrigate. Some crops may benefit from frequent, light irrigation, while others require deeper, less frequent watering.
Calculate the Application Rate: Divide the total water requirement by the number of irrigation events to find the application rate needed for each irrigation cycle.
Consider Soil Infiltration Rate: Take into account the soil's ability to absorb water. Sandy soils drain quickly, while clay soils retain water longer. Adjust your application rate accordingly.
Select Emitter Flow Rate: Drip PVC tubes typically have emitters with specific flow rates, usually measured in liters per hour (LPH) or gallons per hour (GPH). Choose emitters that match or are close to the desired application rate.
Determine Spacing: The spacing between drip tubes and emitters can impact flow rate. Consider the emitter spacing and tube layout in your calculations.
Check Tube Diameter: The diameter of the Irrigation Drip PVC Tube can also influence flow rate. Smaller tubes may have higher resistance and, therefore, lower flow rates.
Account for Elevation Changes: If your irrigation system has elevation changes (e.g., sloped fields), calculate the pressure differences and adjust flow rates accordingly to ensure even water distribution.
Use Pressure Regulators and Filters: Install pressure regulators and filters in your system to maintain a consistent pressure level and prevent clogging, which can affect flow rates.
Monitor and Adjust: Regularly monitor your system's performance and the moisture level in the root zone. Make adjustments as needed to fine-tune the flow rate and ensure optimal irrigation.
Determining the optimal flow rate for drip PVC tubes requires careful consideration of various factors specific to your crop, soil, and climate conditions. Regular monitoring and adjustments are essential to maintain an efficient and effective irrigation system.
