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Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 1
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 2
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 3
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 4
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 5
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 6
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 7
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 1
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 2
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 3
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 4
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 5
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 6
Farm Drip Irrigation Pipe with Inner Cylindrical Dripper 7

Farm Drip Irrigation Pipe with Inner Cylindrical Dripper

5.0
Place of Origin:
China
Brand Name:
HYRT
Model Number:
16*1.0*300mm
Samples:
$1.0/meter | Min. order : 1 meter
Shipping:
Support Sea freight
Payments:
L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA
Lead Time:
1-10000(meters):15(days),10001-50000(meters):20(days),>50000(meters):To be negotiated(days)
design customization

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    Required Products
    Total price discount:
    length
    500m
    Style
    Simple
    Useage
    1year
    spacing
    15/20/30/50cm
    Wall thickness
    1.0mm
    Advantage
    low cost
    Diameter
    16mm, 16mm
    Certification
    CE ISO9001
    Color
    Black, Black
    MOQ
    10000m
    Place of Origin
    Shandong, China
    Type
    Other Watering & Irrigation
    Material
    Plastic
    Application
    Farm, Agricultural, Irrigation, irrigation
    Product name
    Drip pipe

    Here are five four-word subtitle options: 

    Our drip pipe with an inner cylindrical dripper provides precise, low-pressure water and fertilizer delivery to the root zone, cutting water waste and improving crop uniformity while simplifying irrigation scheduling. Built from durable, UV-resistant materials and produced under strict pre-production sampling and final inspection, the cylindrical dripper design minimizes clogging and ensures consistent flow rates. Supplied in compact rolled packaging with multiple sizes and fittings and backed by flexible FOB/CIF/EXW delivery and global payment options, it’s easy to deploy and integrate into existing micro‑irrigation systems.

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    Here are four-word subtitle options:

    The farm drip pipe with an inner cylindrical dripper features an internal emitter that delivers uniform, low-flow water directly to plant roots, while anti-clogging channels and robust construction ensure long-term field performance. This design conserves water and fertilizer through precise, localized application and supports fertigation, reducing labor and input costs while improving crop uniformity and yield. Easy-to-connect fittings, compatibility with standard tubing and filters, and rigorous pre-production sampling and final inspection make it a reliable, easy-to-install choice for commercial and small-scale farms.

    Efficient Inner Cylinder Dripper 

    This farm drip pipe with an inner cylindrical dripper delivers precise, uniform watering through built-in emitters and durable materials, ensuring efficient water use for crops and gardens. Manufactured with advanced technology and strict quality control, including pre-production samples and final inspection, it provides consistent performance and clog-resistant operation. The Shandong-based supplier (est. 2014) offers flexible delivery terms and payment methods and supplies complete irrigation solutions such as micro-sprinklers, filters, fittings and valves.


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    ◎ product nicety 3

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    Precise Flow, Minimal Waste

    Born from a farmer-focused brand with decades of irrigation experience, the Farm Drip Irrigation Pipe with inner cylindrical dripper is engineered from UV-stabilized polyethylene to deliver reliable, field-tested durability and consistent emitter performance. The built-in inner cylindrical dripper provides anti-clogging, uniform low-flow delivery directly to the root zone, enabling precise water and nutrient application that increases crop yields while reducing runoff and evaporation. Key features and advantages include corrosion- and UV-resistant construction, easy on-site installation and cutting, low-maintenance clog-resistant emitters, uniform flow rate, compatibility with fertigation and filtration systems, and long service life that lowers operating costs for commercial farms.

    Material introduction

    The drip pipe is extruded from UV-stabilized high-density polyethylene (HDPE) for flexibility, impact resistance, and long-term field durability. The inner cylindrical dripper is precision-molded from durable, chemical- and abrasion-resistant polypropylene (PP) or polyethylene to maintain stable flow and resist clogging from sediments and fertilizers. All components are corrosion- and rot-resistant and produced under strict quality controls to deliver a reliable, low-maintenance farm drip irrigation solution.


    ◎ Outer Tube Material 

    ◎ Inner Dripper Material

    ◎ Manufacturing & Performance

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    FAQ

    1
    What kinds of farms and crops work best with a farm drip irrigation pipe that has an inner cylindrical dripper?
    These pipes are very versatile. They’re ideal for orchards, vineyards, vegetable rows, greenhouse benches, nurseries, landscaping beds, and plantation crops. The inner cylindrical dripper gives more uniform, localized wetting at the root zone, so it works well for shallow-rooted vegetables, widely spaced fruit trees, row crops with close emitter spacing, and sloped or uneven fields where precise water placement reduces runoff and erosion.
    2
    How should I lay out and install the drip pipe for optimal performance?
    Start by planning laterals to run along each row or under each tree row. Install a mainline with a pressure regulator, sediment filter, and a flush/air-relief point before the drip runs. Run the drip pipe near the plant root zone, secure it with stakes, and keep lateral runs relatively straight to maintain uniform pressure. Flush new lines before commissioning, then close the ends and install an end cap or flush valve. Follow the product’s recommended emitter spacing and pressure range for best results.
    3
    What water pressure, emitter flow and spacing should I use with inner cylindrical dripper pipe?
    Typical operating pressure for these in-line dripper pipes is in the low-pressure range (commonly about 0.3–1.5 bar / 30–150 kPa), but always check the manufacturer’s specification. Emitter flow rates commonly range from roughly 0.5–4 L/h per emitter; spacing options are usually 10–100 cm depending on crop. As examples: close spacing (10–30 cm) for vegetables and nurseries, 30–50 cm for vineyards, and 50–100 cm for many orchards. Choose the pressure/spacing to match root zone size and water application rate required by the crop.
    4
    How do I prevent and troubleshoot clogging of the inner cylindrical drippers?
    Use proper filtration (a screen or disc filter sized for your water quality), install a pressure regulator and routine flush points, and flush lines periodically. If using surface water, add finer filtration and consider chemical treatment or periodic acid flushing for mineral fouling. The inner cylindrical geometry helps resist clogging by promoting turbulence, but if emitters do clog, flush the line, inspect filters, and clean or replace affected sections. Regular maintenance schedules greatly reduce clogging problems.
    5
    Can these pipes be buried or used on slopes, and how do I protect them from environmental damage?
    Yes—these pipes may be used on the surface or shallowly buried (commonly a few centimeters to tens of centimeters) depending on crop and soil management. Buried lines reduce UV exposure and physical damage, but make access for repairs harder. On slopes, use pressure-compensating lines or pressure regulators and check valves to maintain uniform flow and prevent siphoning. Protect from freezing by draining the system in cold climates. If left exposed to sunlight, choose UV-stabilized products and avoid excessive mechanical wear.
    6
    What are common repair, extension and maintenance practices and what service life can I expect?
    Minor repairs and extensions are done with barbed couplers, mechanical couplers, or heat fusion (for compatible materials). Small holes can be patched or replaced with short sections. Always pressure-test after repairs. Regular maintenance includes filter cleaning, flushing laterals, seasonal winterizing, and checking for leaks or rodents. Expected service life varies with material quality, UV exposure and water chemistry—many polyethylene drip pipes last several years to a decade in typical conditions; consult the manufacturer for specific warranty and lifespan estimates.
    Contact Us
    Let' s Discuss Your Needs
    Our water-saving experts will provide you with full assistance from quotation to delivery.
    Write to Us
    18606348185@lwhyrt. com
    Support Center 24/7
    0086-18606348185
    Our Location
    No. 2, Wuhua Street, Fengcheng Industrial Park, Laiwu District, Jinan City, jinan, Shandong, China
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