Pressure-Compensated Adjustable Dripper Stable Flow for Agri 1

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 2

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 3

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 4

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 5

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 6

Pressure-Compensated Adjustable Dripper Stable Flow for Agri 7

Pressure-Compensated Adjustable Dripper Stable Flow for Agri

Place of Origin:

China

Samples:

$1896.59/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1000-10000000(pieces):7(days),10001000-1000000000(pieces):10(days),>1000000000(pieces):To be negotiated(days)

model number:

TANDPDD04

brand name:

HYRT

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Spray Range

0.5m

Color

black

Standard

DIN,BS,ANSI,JIS IS9001

MOQ

1000

Feature

Easily Install

Usage

Water-saving Irrigation

Flow rate

0-200L/H

Working pressure

1.0-3.0bar

Application

Irrigation, Agriculture adjustable dripper

Product name

compression dripper

material

Pom

place of origin

Shandong, China

type

Other Watering & Irrigation

Reliable Flow, Compact Durability

This pressure-compensated adjustable Dripper delivers stable, water-saving irrigation across a 1.0–3.0 bar range, ensuring uniform crop performance and lower water costs. Compact black injection-molded construction with compression fittings, patented design and ISO9001-backed quality provides reliable flow control up to 200 L/h and long, clog-resistant service life. Professionally packaged for safe transport and supported by OEM/ODM options, global delivery and responsive after-sales make installation and scaling fast and worry-free.

Pressure Compensated Adjustable Flow

The pressure-compensated Dripper provides stable, adjustable flow across a 1.0–3.0 bar working range (0–200 L/h) to ensure uniform, water‑saving irrigation for agricultural applications. Its precision-molded POM body, internal compensation mechanism and compression-fitting design form a compact, easy-to-install structure compatible with DIN/BS/ANSI standards and resilient to field pressure variability. Backed by utility-model patents and OEM/ODM support, the Dripper delivers durable, low‑maintenance performance that optimizes crop water delivery and simplifies system integration.

Pressure-Compensated Dripper Stable Flow

This pressure‑compensated adjustable Dripper provides a stable, water‑saving flow across a 1.0–3.0 bar working pressure and up to 200 L/h output, suitable for precision agricultural irrigation. Constructed from durable materials in a compact black design with easy installation, the Dripper meets DIN/BS/ANSI/JIS standards and supports OEM/ODM production with MOQ 1000. Manufactured in Shandong under strict quality control and exported worldwide, the product is backed by professional packaging, flexible delivery terms, and multiple payment options.

◎ Stable Flow Performance

◎ product nicety 2

◎ Precise Water Control

Pressure-Compensated Stable Flow Efficiency

Born from years of field-tested irrigation research and a commitment to sustainable agri-solutions, our pressure-compensated adjustable Dripper was engineered to deliver consistent emitter flow across varying pressures and long lateral runs. It combines a resilient diaphragm compensation mechanism, clog-resistant inlet geometry, and a simple flow-setting adjustment so growers get uniform distribution, precise dosing, and low-maintenance operation. The result is stable flow on slopes and long layouts, significant water and fertilizer savings, and UV-stable, durable construction that reduces downtime and total cost of ownership.

Material introduction

Made from high-grade POM and UV-stabilized plastics, this pressure-compensated adjustable Dripper features a robust molded body resistant to wear, chemicals, and prolonged sunlight exposure. Precision internal components — including resilient elastomer seals and engineered flow channels produced by injection molding and extrusion — ensure stable flow performance across a 1.0–3.0 bar working pressure and accurate flow rates up to 200 L/H. Lightweight, corrosion-free materials deliver long service life in agricultural irrigation while compatibility with standard fittings and quality manufacturing ensures easy installation and reliable water-saving operation.

◎ POM Engineering Plastic

◎ UV-Stable Corrosion-Resistant

◎ Precision Molded Seals

FAQ

What is a pressure-compensated adjustable dripper and why use it in agricultural irrigation?

A pressure-compensated adjustable dripper is an emitter that maintains a consistent water flow despite pressure changes in the line and allows you to change the discharge rate. In agriculture it gives uniform water delivery across long runs, uneven terrain and mixed block systems, improving crop uniformity and reducing water and fertilizer waste.

How does the pressure-compensation and adjustment feature work?

Inside the dripper a flexible diaphragm or valve automatically closes or opens to balance outlet flow as inlet pressure changes, keeping discharge steady. A user-adjustable cap, screw or dial lets you change the rated flow within the dripper’s designed range so you can fine-tune application for different crop growth stages or plant sizes.

What are the typical application scenarios where these drippers perform best?

They are ideal for row crops, orchards, vineyards, nurseries, greenhouses and containerized production — anywhere uniform individual plant watering is required. They’re especially useful where line pressure varies (long laterals, hilly fields), for fertigation/chemigation systems, or when retrofitting mixed-age irrigation blocks.

How should I install and adjust these drippers in my irrigation layout?

Install them according to the manufacturer’s recommended inline or inline-online orientation (many types work any orientation). Place emitters at each plant or pot and space them per crop needs. Start with the nominal pressure recommended by the spec sheet, set the dripper to a mid-range flow, check run uniformity by measuring output at several points, then fine-tune each dripper’s adjustment to achieve the desired per-plant rate.

What regular maintenance and filtration are required to keep stable flow?

Use adequate filtration upstream (fine screen or media filter recommended by the manufacturer) and include a flushing valve at the end of each lateral. Periodically flush lines, remove and clean or replace clogged drippers, and inspect for wear or damage to seals and diaphragms. After fertigation, flush lines to avoid deposits and check compatibility of chemicals with dripper materials.

What common problems occur and how do I troubleshoot them?

If flows vary despite compensation, check for clogged inlet screens, insufficient filtration, damaged diaphragms, or pressure outside the dripper’s operating range. Measure pressure at the emitter end, inspect and clean or replace suspect drippers, and confirm system layout and lateral lengths. If chemical attack or deposits are suspected, switch to compatible materials or adjust injection/flush procedures.

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