POM Plastic Mini & Maxi Valves for PE Farm Irrigation 1

POM Plastic Mini & Maxi Valves for PE Farm Irrigation 2

POM Plastic Mini & Maxi Valves for PE Farm Irrigation 3

POM Plastic Mini & Maxi Valves for PE Farm Irrigation 4

POM Plastic Mini & Maxi Valves for PE Farm Irrigation 5

POM Plastic Mini & Maxi Valves for PE Farm Irrigation 6

POM Plastic Mini & Maxi Valves for PE Farm Irrigation

Place of Origin:

China

Samples:

$94.83/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

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

Lead Time:

1-20000(pieces):15(days),>20000(pieces):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 10000000 sets),Customized logo (Min. Order: 1000000 sets),Customized packaging (Min. Order: 1000000 sets)

model number:

16mm

brand name:

HYRT

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Keyword

valve

Working Temperature

all season

Connection

push in

Certificate

ISO9001 CE

Diameter

16mm

Packing

Carton Box

Color

red

MOQ

500PCS

Material

POM

Size

16-25mm

Application

Farm, Agricultural, Irrigation

Product name

maxi valve

place of origin

Shandong, China

type

mini valve

Compact Design, Leak-Free Reliability

POM plastic Mini & Maxi valves deliver precise, durable flow control for PE farm irrigation, enabling easy, leak-free operation and seamless compatibility with drip fittings. Their compact shape and user-friendly style allow quick push-fit installation and on-the-go adjustment while high-grade POM resists UV, chemicals and wear for long service life. Professionally packed in eco-friendly, protective packaging and backed by strict pre-production sampling and final inspections, these valves come from a manufacturer focused on reliable quality and global support.

Durable POM Mini-Max Valves

Made from durable, corrosion- and UV-resistant POM plastic, the Mini & Maxi valves come in sizes suited for PE farm irrigation and are precisely molded for reliable compatibility with PE pipes and drip fittings, backed by factory quality control and professional packaging and delivery. Functionally they provide positive on/off control, dependable flow regulation and leak-resistant sealing to maximize water-saving performance across micro-sprinkler, greenhouse and garden systems, delivering cost-effective irrigation management. Structurally the valves feature a compact ergonomic body with barbed or threaded connection options and robust internal seals for easy installation, long service life and consistent performance under field conditions.

Durable POM Irrigation Valves

POM plastic mini and maxi valves for PE farm irrigation are precision-molded, corrosion-resistant components that reliably regulate water flow across agricultural, greenhouse, and landscape applications. Manufactured with strict quality control and delivered in professional, eco-friendly packaging, these valves integrate seamlessly with drip fittings, tubing, and filtration systems to optimize water-saving performance. Backed by an experienced manufacturer offering global delivery and technical support, they provide a cost-effective solution for farmers and gardeners seeking efficient, long-lasting irrigation control.

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Durable, Precise, Corrosion-Resistant Flow

Crafted from high-grade POM plastic through precision molding, the Mini & Maxi Valves for PE farm irrigation reflect our brand’s agricultural-engineering heritage and commitment to durable, cost-effective solutions. Designed to integrate seamlessly with PE tubing and common drip fittings, they provide precise flow control, smooth manual operation or compatibility with automatic controllers, and reliable performance under UV exposure and pressure fluctuations. Key features include leak-proof seals, corrosion-resistant POM, quick-connect compatibility, and a compact form factor that minimizes maintenance, enhances water-use efficiency, and extends system life for higher crop yields.

Material introduction

POM (polyoxymethylene) construction gives the Mini & Maxi valves excellent dimensional stability, low friction and strong resistance to chemicals and wear for reliable service in PE farm irrigation systems. Precision-molded POM components resist corrosion and abrasion, form tight seals with drip fittings and tubing, and withstand repeated cycling and fertilizer exposure. Built with advanced manufacturing and quality materials, these valves deliver long-lasting performance for agricultural, greenhouse and garden watering applications.

◎ Mini Valve (Stable Low-friction UV-resistant)

◎ Maxi Valve (Wear-resistant Chemical-proof Lightweight)

◎ Mini & Maxi Set (Robust Consistent Safe)

FAQ

What are POM Plastic Mini and Maxi valves and where are they typically used in PE farm irrigation systems?

POM (polyoxymethylene) valves are lightweight, corrosion-resistant plastic shut-off or control valves made for use with polyethylene (PE) irrigation piping. The mini version is designed for small-diameter lines and individual emitter control (drip lines, lateral feeders, greenhouse benches), while the maxi version is sized for larger mains and zone control (manifolds, submains, larger laterals). Both are commonly used for on-farm drip, micro-sprinkler networks, fertigation manifolds, and temporary or portable irrigation layouts.

How do I choose between a mini and a maxi valve for my system?

Choose based on pipe diameter, required flow rate, and where the valve will be installed. Use a mini valve for small tubing and point-control (typically supply to individual emitters, 4–12 mm or small laterals). Use a maxi valve where larger flows or lower pressure loss are needed (manifolds, zone valves, and mains—commonly 16 mm and up). Also consider the valve’s rated working pressure and the area/number of emitters that a valve must serve; always verify the manufacturer’s flow/pressure curves for correct sizing.

What is the proper way to install these valves on PE pipes?

Typical installation steps: 1) Turn off water and relieve system pressure. 2) Cut the PE pipe squarely and deburr the ends. 3) If the valve uses a barbed connection, push the pipe fully over the barb—heat the pipe slightly in cold conditions if needed—and secure with a stainless-steel clamp. If it’s a compression or threaded connection, fit the appropriate ferrule or adapter per the manufacturer’s instruction and tighten to the specified torque. 4) Check orientation (flow direction) and ensure any O-rings or seals are correctly seated. 5) Slowly pressurize and inspect for leaks. Always follow the vendor’s datasheet for the exact connection type and recommended clamps/adapters.

What pressure, temperature, and chemical conditions can POM valves handle in farm irrigation?

POM valves have good mechanical strength and chemical resistance suitable for most irrigation uses. Typical working pressures for these types of valves are in the agricultural range (consult the product datasheet, but many are rated up to ~6–10 bar). Operating temperature for irrigation use usually falls between just below freezing and moderately warm conditions; prolonged freezing can damage plastic valves, so drain before frost. POM resists many common fertilizers and non-oxidizing chemicals; avoid prolonged exposure to strong oxidizers (high-concentration chlorine or bleach). For any injected chemicals, confirm compatibility in the manufacturer’s chemical-resistance chart.

How should I maintain and winterize POM valves to ensure long life and trouble-free operation?

Maintenance: periodically cycle the valve to prevent sticking, inspect for cracks or degraded seals, and clean debris screens or strainers upstream. Replace O-rings or washers if you notice leaks. Use a food-grade silicone lubricant on O-rings if recommended. Winterizing: fully drain the irrigation lines and valves before freezing conditions, or remove and store small valves indoors. For seasonal systems, flush the lines after fertilizer injection to prevent buildup and corrosion of seals.

What are common problems with these valves and how do I troubleshoot them?

Common issues: leaks at joints (fix by retightening clamps/adapters, replacing damaged O-rings, or re-cutting/reaming the pipe end); reduced or blocked flow (check for debris or scale in the valve—disassemble and clean screens or internals); valve stuck partially open or closed (cycle the valve, clean internal parts, replace worn seals); cracking from impact or freeze damage (replace the valve). If high-frequency failure occurs, verify that the valve’s pressure and chemical exposure are within the manufacturer’s specified limits and use the correct valve size for the flow required.

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