Hebei Runtian Water-Saving Equipment Co., Ltd.

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RUNTIAN

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Put people first, pursue bold innovation, and establish a brand-new business philosophy.

Extensive experience in construction and installation

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Extensive experience in construction and installation ensures the smooth execution of the project.

Hebei Runtian Water-Saving Equipment Co., Ltd.

RUNTIAN

Free drip and sprinkler irrigation planning and design services

Hebei Runtian Water-Saving Equipment Co., Ltd.

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Hebei Runtian Water Saving Equipment Co., Ltd

Hebei Runtian Water-Saving Equipment Co., Ltd.

Located in Shijiazhuang, the capital of Hebei Province, the company integrates research and development, manufacturing, sales, and engineering installation of plastic irrigation products.

Hebei Runtian Water-Saving Equipment Co., Ltd. adheres to a people‑centered approach and is committed to promoting water‑saving irrigation equipment and technologies tailored to China’s national conditions. The company offers customers a comprehensive range of integrated products and systems, including micro‑drip irrigation, micro‑sprinkler irrigation, sprinkler irrigation, and water‑saving irrigation solutions for greenhouses and open fields. In addition, it provides design and planning services for water‑saving irrigation projects, prepares cost estimates and budgets, manufactures and supplies irrigation equipment, and undertakes construction and installation.

Hebei RunTian Water-Saving Equipment Co., Ltd. strictly adheres to the ISO 9001 quality management system and national product quality standards. The company continuously monitors emerging trends in water-saving irrigation technologies and, leveraging its local strengths, provides customers with comprehensive irrigation products and services.

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Hot-sale Product

Best-selling products

Main products: lateral‑mounted labyrinth drip irrigation tape, in‑line patch‑type drip irrigation tape, in‑line cylindrical drip irrigation tubing, inter‑tube drip irrigation tubing, a full range of sprinkler and micro‑sprinkler system components, drip arrows, pressure‑compensating drippers, turbulent‑flow small‑orifice drip irrigation systems, PE water supply pipes in various models and specifications along with matching fittings, PVC underground water‑conveyance pipes and PVC pipe fittings, filters, fertigation devices, and other water‑saving irrigation products and equipment for greenhouses, open fields, and drip/micro‑sprinkler applications.

Drip irrigation equipment

Valves and Associated Equipment

Pipes and pipe fittings

Filtration equipment

Sprinkler irrigation equipment

Fertilization equipment

Micro-sprinkler equipment

Professional tools

Automation Control System

Droplet Arrow Combo

The drip arrow is a new type of micro-irrigation emitter. During irrigation, low-pressure water delivery pipelines precisely deliver water and nutrients directly to the vicinity of the crop roots via the drip arrows.

HOT

Inlaid-clip drip irrigation tape

Drip irrigation tape is a plastic product that uses plastic tubing to deliver water (or liquid fertilizers, pesticides, etc.) to the root zone of crops via emitters or drip holes along a 16-mm-diameter lateral pipe, thereby providing localized irrigation.

HOT

25L Fertilizer Tank

The design is simple and practical, making it easy to carry and operate. This fertilizer tank not only boasts a large capacity but also features a unique metering system that ensures precise application, enhancing nutrient absorption by your plants.

HOT

Portable fertilizer applicator

The portable fertilizer applicator is a new type of fertilization tool specifically designed for modern agriculture. It is compact and easy to carry, yet fully functional, enabling farmers to apply fertilizer quickly in the field.

HOT

Mobile Sprinkler Irrigation System

A mobile sprinkler irrigation system is a portable irrigation device primarily composed of a water pump, pipelines, and spray nozzles. Its key feature is high flexibility, allowing for free configuration and adjustment based on crop type and soil conditions to achieve precision irrigation.

HOT

Stacked-plate filter

Stacked-plate filters offer excellent filtration performance, easy installation, a small footprint, and long service life, making them one of the most commonly used filters in irrigation systems.

HOT

PE pipe

PE is polyethylene plastic; its Chinese chemical name is polyethylene. Due to its high strength, excellent heat resistance, corrosion resistance, and wear resistance, PE material is widely used in the manufacturing of water supply and drainage systems.

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Square Rotary Micro Sprinkler

The micro-sprinkler is made of a new engineering plastic and boasts excellent wear resistance.
Precise design, precision manufacturing, and uniform spraying.

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Hanging Micro-Sprinkler Assembly

A complete suspended micro-sprinkler assembly consists of a capillary tube, a weight, a drip-prevention device, and a micro-sprinkler nozzle. The weight is designed to ensure stability and prevent the nozzle from swaying side to side during operation, while the drip-prevention device prevents residual dripping after water supply is shut off, thereby protecting crops beneath the micro-sprinkler from damage.

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Sprinkler-coated plastic water hose

Plastic-coated water hoses are classified into three types of fabric-layer braiding: anti-chemical, pure chemical, and small-chemical. They can be distinguished by color: pure chemical is white, anti-chemical is green, and small-chemical is finer. Pressure ratings are 4 kg/cm², 6 kg/cm², and 8 kg/cm², and the common pipe diameters are 2 inches, 2.5 inches, and 3 inches.

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Micro-sprinkler tape

Micro-sprinkler tape, also known as porous water tape, sprinkler tape, or sprinkler irrigation tape, is a water-saving irrigation device manufactured by mechanically or laser-drilling tiny water outlets directly into a compressible plastic hose, enabling drip irrigation or micro-sprinkler irrigation.

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Portable fertilizer applicator

The portable fertilizer applicator is an advanced tool designed specifically for modern agricultural production. Compact and easy to carry, it delivers powerful performance. This applicator can precisely apply fertilizer according to crop needs, reducing labor costs and boosting fertilization efficiency.

HOT

PE hot-melt pipe

PE hot-melt pipes are widely used in agricultural irrigation and urban water supply and drainage projects. In addition to differences in pipe diameter, PE pipes can also be classified into PE80 and PE100 grades based on the raw materials used in their production.

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Providing professional services across numerous fields.

Water-saving irrigation solutions and technical guidance

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Agriculture

Lawn irrigation

Water allocation

Mining

Greenhouse Automated Fertilization and Irrigation Project

Zhangjiakou Smart Irrigation Project (Smart Integrated Water-Fertilizer Machine with Fully Automatic Backwash Filter)

Shijiazhuang Zanhuang Smart Agriculture Irrigation Project

Automatic backwash filter + constant-pressure control cabinet + fertigation unit + water storage tank

Smart IoT System Integrated Smart Water and Fertilizer Machine

Automatic backwash filter + variable-frequency control cabinet + integrated water-fertilizer machine

Runtian Micro-Irrigation: Four Key Advantages—A Leading Brand in Water-Saving Irrigation

Water and fertilizer conservation

Control temperature and humidity

Maintain soil structure

Improve quality, increase production and efficiency.

Water and fertilizer conservation

Drip irrigation is a fully piped water delivery system combined with localized, low‑volume irrigation, thereby minimizing water infiltration and losses.

The drip irrigation system is controlled manually or automatically via valves and, when combined with fertigation, further reduces labor input and lowers production costs.

Control temperature and humidity

Drip irrigation is a fully piped water delivery system combined with localized, low‑volume irrigation, thereby minimizing water infiltration and losses.

It can reduce the incidence of pests and diseases, thereby decreasing the amount of pesticide used.

Maintain soil structure

Drip irrigation is a form of micro‑irrigation in which water infiltrates the soil slowly and evenly, helping to preserve soil structure.

and establish a favorable soil environment in terms of water, nutrients, and temperature.

Improve quality, increase production and efficiency.

Because drip irrigation reduces the application rates of water, fertilizers, and pesticides, and lowers the incidence of pests and diseases, it can enhance product quality and enable earlier market entry.

Improve quality, increase production and efficiency.

NEWS CENTER

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Technical Documentation

2026-04-08

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

2026-03-29

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.

2026-03-19

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

2026-03-09

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

2026-02-27

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.

2026-02-17

Ground-insert micro-sprinklers make farmland irrigation management easier.

Subsurface drip micro-sprinklers make farm irrigation management much easier. In today’s wave of agricultural development, the efficiency and precision of irrigation management are more important than ever. Have you ever worried about whether your fields are getting enough water during a hot summer? Or, in the midst of a busy work schedule, struggled with how to irrigate your crops in the most efficient way? Don’t worry—subsurface drip micro-sprinklers can bring about a revolutionary change, making farm irrigation management far simpler. What are subsurface drip micro-sprinklers? First, let’s understand what they are. This is a new type of irrigation equipment designed to be inserted directly into the soil, where tiny nozzles evenly spray water onto the soil surface. Think of it as a little “drinking straw” for plants: the fine mist ensures that every plant receives just the right amount of moisture, rather than the uneven distribution that often occurs with traditional watering methods, where water tends to pool in one spot. The advantages of subsurface drip micro-sprinklers So why is everyone talking about them? The benefits of this technology are significant. First and foremost, they offer extremely high water-use efficiency. According to research and real-world applications, subsurface drip micro-sprinklers deliver water uniformly to the plant roots, minimizing waste. Imagine that with conventional watering, some of the water may simply run off or seep away; with subsurface drip micro-sprinklers, you don’t have to…

2026-02-07

Discussion on the Use and Maintenance of Inlaid Chip-Type Drip Irrigation Tape

Exploring the Use and Maintenance of Inlaid-Panel Drip Irrigation Tape What is inlaid-panel drip irrigation tape? At first glance, the term may sound somewhat technical, but in essence, it is an advanced irrigation tool designed to enhance the efficiency of water use in crop production. This type of irrigation tape is engineered to significantly reduce evaporation losses while ensuring that plant roots receive a uniform supply of moisture. Imagine if your plants could “drink” water as easily as sipping a beverage—how convenient that would be! Inlaid-panel drip irrigation tape is precisely designed to make this vision a reality. The Advantages of Automated Drip Irrigation Why are more and more farmers turning to automated drip irrigation? First, the increasing scarcity of water resources compels us to conserve every drop. Drip irrigation not only dramatically reduces water waste but also delivers moisture directly to the plant roots, thereby minimizing surface evaporation. Doesn’t that sound remarkable? Moreover, by using drip irrigation tape, farmers can substantially cut labor costs—after all, who wants to spend hours under the scorching sun watering crops by hand? In addition, automated drip irrigation enables precise water management. You can adjust the irrigation schedule flexibly based on the plants’ growth stages and changing weather conditions. For example, during a dry summer, you may need to increase the frequency of irrigation, whereas

2026-01-28

Key Factors in Drip Irrigation System Design and Planning

Key Factors in Drip Irrigation System Design and Planning In modern agriculture, water resource management is of paramount importance. Automated drip irrigation has emerged as a highly efficient irrigation method that not only makes effective use of water but also boosts crop productivity. So, when designing and planning a drip irrigation system, what are the critical factors we must consider? Let’s explore this in depth. 1. Soil Type and Water Requirements First, soil type is a crucial factor influencing drip irrigation system design. Different soils have varying capacities for retaining moisture: sandy soils drain well but hold water poorly, whereas clay soils do the opposite—retaining water effectively but draining poorly. This comparison is akin to human personalities: some people are talkative, while others are reserved. Similarly, understanding soil characteristics enables us to optimize the layout of drip irrigation pipelines and select appropriate emitter types to meet the specific water needs of crops. Meanwhile, the water requirements of crops directly determine the frequency and volume of irrigation. When planning a drip irrigation system, have you ever considered whether all crops require the same amount of water? Of course not! Therefore, accurately assessing crop water demand at different growth stages is essential for successful system design. 2. Irrigation Water Source and Quality Next, the choice of irrigation water source is equally vital. You