Run Tian Run Tian

+86-18348888811

Greenhouse Micro-Sprinkler Irrigation

Release Date:

2019-11-26

Drip Micro-Sprinkler Irrigation in Greenhouses 1. The micro-sprinkler system comprises a water source, water supply pump, control valves, filters, fertilizer injectors, delivery pipes, and micro-sprinkler heads. It is recommended to use PE pipes with a diameter of 4–5 mm for the hanging main pipe, 16–20 mm for the branch pipes, and 32 mm for the main trunk pipe, all with a wall thickness of 2 mm. The spacing between micro-sprinkler heads should be 2.8–3 m, with an operating pressure of 0.18 MPa. A single-phase water supply pump (submersible pumps are also suitable) with a flow rate of 8–12 L/h is preferred, ensuring excellent clog resistance and uniform atomization of the spray. During installation, two branch pipes should be spaced 2.6 m apart; expansion bolts are to be fixed along the length of the greenhouse at a height of 2 m above the ground, securing the wire and branch pipes to these bolts.

Greenhouse micro-sprinkler

　1 The micro-sprinkler system comprises a water source, water supply pump, control valves, filters, fertilizer injector, delivery pipes, and micro-sprinkler heads; the diameter of the suspension pipe is selected. 4-5 Millimeters, branch pipe diameter 16 -20 Millimeters, main diameter 32 Millimeters, wall thickness 2 millimeters of PE Pipe, micro-sprinkler spacing 2.8 rice -3 Rice, work pressure 0.18 Megapascal, single-phase water pump ( All submersible pumps are acceptable. ) Traffic 8-12 rise / hours, and it must exhibit excellent clog resistance; the micro-sprinkler nozzles should produce uniformly atomized mist. During installation, two lateral pipes should be spaced at 2.6 Install the expansion bolts along the length of the shed, at a distance from the ground. 2 At the designated location, secure the wire and branch pipe, then connect and install the suspension pipe and elbow, and finally mount the micro-sprinkler in an inverted configuration.
　　2 1. After the micro-sprinkler system is installed, inspect the water supply pump, flush the filters and the main and branch pipelines, and then drain the water. 2 After a few minutes, seal the end of the line; if any issues are found at the connections, address them promptly. If a micro-sprinkler fails to deliver water, immediately shut off the water supply, inspect the spray orifice, and remove any debris from the nozzle. However, do not attempt to enlarge the orifice yourself, as this could compromise the performance of the micro-sprinkler. At the same time, verify that the filter is in good condition.
　　 3 , During micro-sprinkler irrigation, the water supply pressure is maintained at 0.18 working pressure of megapascals. Micro-sprinkler irrigation is generally scheduled for the morning or afternoon, as irrigation at these times allows soil temperature to rise rapidly. The duration and frequency of watering can be adjusted according to the crop’s growth stage and water requirements. Measurements have shown that during the high-temperature season, micro-irrigation 20 Minutes, can cool down 6–8 degrees Celsius. Because micro-sprinkler irrigation delivers water directly onto the crop foliage, it facilitates foliar absorption, thereby preventing the spread of pests and diseases while promoting crop growth.
　　4 Micro-sprinkler irrigation enables fertigation, thereby enhancing fertilizer efficiency. Use highly soluble chemical fertilizers: first dissolve them, then connect the fertilizer valve and fertilizer tank, open the valve, adjust the main valve, and wait until water flows through the connecting pipe. One micro-sprinkling application 15-20 It can be completed in just a few minutes. Based on water requirements, continue micro-sprinkling after fertilization has ceased. 3-5 Clean the pipes and micro-sprinklers for a few minutes.

Keywords:

Previous page

How to Choose Drip Irrigation Tape

Installation and Use of Ground-Inserted Micro Sprinklers

Next page

Previous page:

How to Choose Drip Irrigation Tape

Next page:

Installation and Use of Ground-Inserted Micro Sprinklers

Recommended News

Case Study on the Application of Suspended Micro-Sprinklers in Greenhouse and Field Micro-Drip Irrigation

Case Studies on the Application of Suspended Micro-Sprinklers in Greenhouse and Field Micro-Drip Irrigation In modern agriculture, the efficient use of water resources is crucial for enhancing crop yield and quality. Suspended micro-sprinklers, as an emerging irrigation technology, have gradually become a popular choice for greenhouse and field micro-drip irrigation systems thanks to their precise moisture control and flexible installation options. Today, we will explore several real-world applications of suspended micro-sprinklers and examine how they are transforming the landscape of agricultural irrigation. What Are Suspended Micro-Sprinklers? Suspended micro-sprinklers are micro-irrigation devices that are mounted at a specific height using a suspension system. They deliver water in the form of fine droplets, evenly spraying it over crops, which not only improves water-use efficiency but also effectively reduces the incidence of plant diseases. Compared with traditional irrigation methods, suspended micro-sprinklers offer distinct advantages, particularly in greenhouse and field applications, where their unique value is fully realized. The Advantages of Using Suspended Micro-Sprinklers Imagine an artist delicately applying brushstrokes to create a perfect masterpiece—suspended micro-sprinklers, in turn, provide precise moisture delivery to support crop growth. First, they ensure uniform water coverage, allowing every plant to receive adequate hydration. Second, the suspended design enables water droplets to reach the plant roots directly, minimizing water loss. And

2026-04-08

How should hanging micro-sprinklers be properly installed to ensure optimal irrigation performance?

How to properly install hanging micro-sprinklers to ensure optimal irrigation performance? In modern agriculture and horticulture, the design and installation of irrigation systems are of paramount importance. Hanging micro-sprinklers, in particular, have increasingly become the preferred choice for many farmers and gardening enthusiasts due to their ability to deliver uniform spray irrigation. So, how can these hanging micro-sprinklers be installed correctly to achieve the best possible irrigation results? Today, let’s explore this topic in depth. Understanding the Basic Principles of Hanging Micro-Sprinklers Before we begin installation, it’s essential to first grasp how hanging micro-sprinklers work. They atomize water through nozzles, producing fine droplets that evenly cover the plant surface. This method of spray irrigation not only effectively reduces water evaporation but also minimizes water waste, ensuring that plants receive the moisture they need. Preparatory Steps: Choosing the Right Site Before installing hanging micro-sprinklers, selecting an appropriate site is crucial. Several factors should be taken into account: 1. Plant Species: Different plants have varying water requirements; understanding these needs will help determine the proper installation height and number of sprinklers. 2. Topography: The terrain affects the distribution of water flow, so it’s important to ensure a level ground to prevent water from pooling on one side. 3. Drainage System: If the site has poor drainage, water may accumulate, leading to root rot.

2026-03-29

How does irrigation technology using suspended micro-sprinklers improve crop water-use efficiency?

How Does Suspended Micro-Sprinkler Irrigation Enhance Crop Water Use Efficiency? In modern agriculture, the rational use of water resources is of paramount importance. As droughts and water shortages become increasingly severe, traditional irrigation methods can no longer meet the demands of high-efficiency farming. This is where suspended micro-sprinkler technology comes into play: it not only uses water more efficiently but also improves crop growth quality. So how exactly does the suspended micro-sprinkler system boost crop water-use efficiency? What Is a Suspended Micro-Sprinkler? To begin with, let’s take a closer look at what a suspended micro-sprinkler is. Simply put, it is an irrigation device that evenly distributes water across farmland through tiny spray nozzles, producing a fine mist. The sprinklers are suspended above the crops, allowing the misty droplets to fall directly onto the leaves and roots. The advantage of this approach is that the moisture penetrates the soil more effectively while minimizing evaporation losses. High-Efficiency Water Use You may be wondering: why choose suspended micro-sprinklers over conventional irrigation methods? The answer lies in water-use efficiency. Traditional irrigation often results in substantial evaporation and runoff, whereas the atomizing spray technique employed by suspended micro-sprinklers significantly reduces these losses. Studies have shown that irrigation systems using suspended micro-sprinklers can increase water-use efficiency by

2026-03-19

The applications of ground-inserted micro-sprinklers are not limited to agricultural fields.

The applications of ground-insert micro-sprinklers extend far beyond agricultural irrigation in fields; their presence has become indispensable. When people think of micro-sprinklers, the first thing that comes to mind is often irrigating farmland—indeed, this is one of their primary uses. But did you know that the scope of ground-insert micro-sprinkler applications goes much further? Today, we’ll explore the diverse ways these devices can be used, challenging the conventional notion that they exist solely for farming. The Basic Concept of Ground-Insert Micro-Sprinklers Before diving into specific applications, let’s first clarify what a ground-insert micro-sprinkler is. As the name suggests, it is a device designed to be directly inserted into the soil for irrigation. Its fine water droplets are distributed as evenly as a gentle rain, providing plants with the moisture they need while minimizing water loss through evaporation. This precise method of irrigation significantly enhances water-use efficiency. Applications Beyond Farmland Many people may wonder: “Can ground-insert micro-sprinklers really be used anywhere other than fields?” The answer is yes! Let’s take a look at some of their alternative applications. 1. Gardens and Courtyards Imagine a sunny afternoon, sitting on a swing in your own garden surrounded by lush, vibrant plants. When it comes to watering these plants, using a ground-insert micro-sprinkler is like adding wings to a tiger. It helps you evenly

2026-03-09

How to Select the Right Underground Micro Sprinkler Nozzle to Enhance Irrigation Efficiency

How to Choose the Right In-Ground Micro Sprinkler to Boost Irrigation Efficiency In modern agriculture and horticulture, improving irrigation efficiency is a key goal for every farmer and gardening enthusiast. Among the many irrigation tools available, in-ground micro sprinklers stand out for their high efficiency—but selecting the right model can often be confusing. Today, we’ll explore how to choose the ideal in-ground micro sprinkler to help you enhance your irrigation performance. A Basic Understanding of In-Ground Micro Sprinklers First, let’s clarify what an in-ground micro sprinkler is. It’s a type of sprinkler installed directly in the soil that delivers water in tiny droplets, targeting the plant roots while minimizing evaporation and water loss. Think of it like having a little umbrella in your garden: whenever your plants need moisture, it gently releases a fine mist—sounds pretty nice, doesn’t it? Key Factors to Consider When Choosing the Right In-Ground Micro Sprinkler When selecting an in-ground micro sprinkler, there are several important factors to keep in mind: 1. Sprinkler Flow Rate Different in-ground micro sprinklers have varying flow rates, typically measured in liters per hour (L/h). You should choose a flow rate that matches your plants’ water requirements. Imagine your plants as sponges thirsting for moisture, and the sprinkler’s flow rate as the amount of water coming out of the faucet—only when the two are properly matched can you achieve optimal results.

2026-02-27

Share to