Arılı Yağmurlama Boruları

Water gives life to plants. Without balanced and sufficient irrigation, high yield is impossible.

Irrigation Systems

Irrigation is as old as the history of agriculture itself.
Once humanity learned how to cultivate plants from seeds, the next step was to water them to increase productivity. Across the world, irrigation has become the second-largest use of water after drinking. Today, in developed countries, approximately 50–60% of water resources are used for agricultural irrigation. As water becomes increasingly valuable, the efficient use of irrigation water has never been more essential.

Plants require significant amounts of water to grow and mature. From sowing to harvest, sufficient moisture must be maintained around the root zone. This moisture comes from rainfall and irrigation. Over time, irrigation systems have evolved from primitive methods to advanced, modern technologies — continuously improving efficiency and yield.

Main Irrigation Methods:

  • Surface Irrigation (Flood, Basin, Furrow, Perforated Pipe)

  • Subsurface Irrigation

  • Drip Irrigation

  • Sprinkler Irrigation

 

Sprinkler Irrigation System

A Sprinkler Irrigation System is a method in which water is sprayed under pressure in fine droplets, similar to natural rainfall.

In this system, water is distributed through a sprinkler — a device that sprays water into the air, creating an even and efficient irrigation effect similar to rain. Unlike other irrigation methods where water is applied directly to the soil, sprinkler irrigation delivers water through the air for uniform coverage.

Typically, a sprinkler irrigation system consists of multiple sprinklers. When several sprinklers are installed at pre-defined intervals along the pipeline, they provide even water distribution across the field.

Each sprinkler is mounted on an extension pipe connected to a fitting called an abot, which is placed on the main pipeline. A ball valve between the extension pipe and the sprinkler allows users to easily activate or deactivate individual sprinklers as needed.

 

 

 

 

Sprinkler Irrigation on Field

Advantages of Sprinkler Irrigation Systems

No Water Loss

Since there is no water loss in the system, maximum efficiency is achieved even in areas with limited water supply (as low as 3.5 L/s).

Prevents Erosion

Allows efficient irrigation on sloped or uneven terrain without causing soil erosion.

Increases Yield

Water is delivered to the soil in fine droplets , just like natural rainfall , increasing crop yields by 20–50% compared to other irrigation methods while enhancing overall product quality.

Supports Germination

Prevents soil crusting during seed germination, allowing plants to emerge easily. This also reduces operating costs and labor requirements.

Ideal for Shallow Soils

The most effective irrigation method for shallow and low-permeability soils, ensuring uniform water distribution and healthy plant growth.

Cleans Harmful Substances from the Surface

Sprinkler irrigation helps wash away salt residues, dust, and harmful insects, particularly in coastal areas where wind carries salty water onto plants.

Most Effective Method for Drainage Problems

Sprinkler irrigation allows controlled water application, making it the most suitable method for areas with high groundwater levels or drainage issues.

No Need for Trenches

Eliminates the need for field ditches, increasing the cultivable area and allowing agricultural operations to be carried out more efficiently.

Nourishes the Leaves

Unlike other irrigation methods, sprinkler irrigation nourishes not only the roots but also the leaves ,making it especially effective for crops like sugar beet and potatoes, and significantly increasing yield.

Durable and Reliable System

Sprinkler irrigation systems are made from high-quality polyethylene pipes designed for long-term reliability , delivering efficient irrigation performance year after year with a single investment.

Suitable for All Types of Land

Easily adaptable for uneven or steep landscapes, sprinkler irrigation pipes with various wall thickness options provide excellent pressure resistance and dependable performance in all field conditions.

Easy Fertilization

Soluble fertilizers can be conveniently applied through the irrigation water, providing plants with essential nutrients efficiently and eliminating the need for extra labor.

 
Stok Sahasında Mandallı Yağmurlama Boru Resmi

Pipelife Irrigation Pipe Production and Application Videos

Visit our YouTube channel to watch videos showcasing the production and application of our Sprinkler and Drip Irrigation Pipes.

Latch-Type Sprinkler Irrigation Pipes

Based on the connection type, Arılı/Pipelife produces two sprinkler irrigation systems: Latch-Type and Clamped-Type.
Manufactured from high-density, specially formulated polyethylene, these pipes are available in 5 and 6-meter lengths. Designed to prevent leakage even at low pressure, Pipelife polyethylene irrigation pipes are durable, reliable, and suitable for all types of terrain — ensuring safe performance for many years, even under high pressure.

The Latch-Type system is Pipelife’s latest innovation, available in diameters from Ø50 mm to Ø200 mm.
Easy to assemble and disassemble, this system has already proven its durability, user-friendly design, and aesthetic appeal in the field.

 

Arılı Mandallı Yağmurlama Boruları Tarlada

Clamped-Type Sprinkler Irrigation Pipes

Developed through Pipelife’s years of experience and expertise, the Clamped-Type Sprinkler Irrigation Systems are officially certified by the Turkish Patent Institute and produced in diameters of Ø75 mm, Ø90 mm, Ø110 mm, Ø125 mm, Ø140 mm, and Ø160 mm.

Arılı Kelepçeli Istavroz Stüdyo Foto Çekimi

Installation of Sprinkler Irrigation Pipes

1. After the motor pump outlet, an Expansion Sleeve (ES) must always be  nstalled.If the ES is not used, vibrations from the motor pump will be directly transmitted to the suspended pipe system, which may cause damage at the connection points. Furthermore, the absence of an ES increases vibrations within the motor and pump assembly, potentially damaging both the motor pump and the piping system.

2. When laying clamped pipes, hold the end of every third pipe to eliminate any gaps between clamps within the system.

3. Before installing the gaskets used in pipe connections, ensure that the gasket grooves are completely free from sand and soil. Once the gasket is properly seated in its groove, the pipe connection can be securely completed.

4. When starting the system, begin at a low flow rate to gradually fill the main and lateral lines with water. Keep the end plugs open briefly to flush out any remaining foreign materials from the pipes.

5. To prevent foreign particles from entering the system and clogging the sprinkler nozzles, a filter should be fitted at the suction end of the pump.

6. After the last outlet in the system, attach an extra pipe section to allow unwanted materials to collect there instead of within the main line.

7. At the end of the irrigation season, disassemble the system, separate the valves and sprinklers from the risers, clean all parts thoroughly, perform necessary maintenance, and store them properly for the next season.

Arılı Mandallı Yağmurlama Boru Bağlantıları
Stok Sahasında Mandallı Yağmurlama Boru Resmi

Irrigation Pipe Production and Application Videos

Visit our YouTube channel to watch videos showcasing the production and application of Arılı Sprinkler and Drip Irrigation Pipes.

Farmers around the world rely on the proven quality, experience, and expertise of Arılı/Pipelife.

We have over 50 years of experience in the production, sales, and marketing of agricultural irrigation pipes.
At Pipelife, our goal is to deliver high-quality products made from polyethylene and polypropylene to customers around the world.

Recognized across both Europe and Türkiye, we stand out not only through our products but also through our dedicated service.
We are always ready to support you with planning, design, and customized solutions for your agricultural needs.

Sprinkler Irrigation on Field


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