• The filtration systems used in water-saving irrigation are usually divided into two stages: the primary filtration devices generally adopt either sand-gravel filters or centrifugal filters, while the secondary filtration devices often use mesh filters or disc filters.
• A sand-gravel filter is a type of filtration equipment that uses a specific gradation of sand and gravel as the filtering medium. It is commonly used in scenarios where water is sourced from surface water bodies. Since surface water generally contains a large amount of floating debris, such as withered branches and leaves, aquatic plants, etc., the sand-gravel filter can effectively trap such impurities and perform preliminary filtration. Depending on the irrigation water demand, sand-gravel filters can be used individually or in a parallel combination of multiple units.

• Pressure-compensating drippers are the core components of drip irrigation systems. They can automatically adjust the flow rate when water pressure changes, ensuring the uniformity and stability of irrigation. Widely used in water-saving agriculture, soilless cultivation, greenhouse planting and other fields, they are particularly suitable for complex scenarios such as undulating terrain and long-distance water conveyance. Their flow rate range usually covers 2 to 8 liters per hour, which can meet the precise irrigation needs of different crops and soil conditions.
  
• Uniform Irrigation: It can maintain a consistent water outflow rate at drippers in different positions, avoiding local waterlogging or drought.
• Anti-clogging Performance: Designed with a self-cleaning function, it reduces the risk of dripper clogging and extends the service life.
• Easy Installation: It can be directly installed by drilling holes in PE pipes, flexibly adapting to different planting needs.

• It is an instrument applied in fruit tree cultivation, greening projects, fast-growing forest lands, and other scenarios. The PE turbulator adopts a turbulent flow device and can be laid on flat ground for a length of over 500 meters.
  
• It features stable water outflow with a uniformity rate of 90% and strong anti-clogging capability. Besides, it can be deeply buried underground without interfering with ground operations. Installation can be conducted according to actual conditions based on crop requirements. Applicable Conditions: Fruit tree cultivation, Greening projects, Fast-growing forest lands, Others.
  

• Automated drip irrigation technology is an efficient irrigation method. By precisely controlling water flow, it achieves accurate water supply for crops, significantly conserving water resources and improving agricultural production efficiency.
• The intelligent drip irrigation system integrates irrigation water-saving technology, soil moisture monitoring, crop growth information, and other elements. Through electronic information technology and computer control, it realizes the automated management of irrigation and can significantly conserve water resources. In addition, the intelligent control system can automatically adjust the irrigation water volume according to the crop water demand and soil moisture, reducing manual intervention and improving management efficiency.
  

• Automated drip irrigation technology is an efficient irrigation method. By precisely controlling water flow, it achieves accurate water supply for crops, significantly conserving water resources and improving agricultural production efficiency.
  
• The intelligent drip irrigation system integrates irrigation water-saving technology, soil moisture monitoring, crop growth information, and other elements. Through electronic information technology and computer control, it realizes the automated management of irrigation and can significantly conserve water resources. In addition, the intelligent control system can automatically adjust the irrigation water volume according to the crop water demand and soil moisture, reducing manual intervention and improving management efficiency.
  

• It is usually composed of a two-layer structure: the inner layer is responsible for water conveyance, while the outer layer may serve functions such as protection, water flow regulation, or enhancing anti-clogging performance. This double-layer design enables better control of water flow, resulting in more precise irrigation.
• It is widely used in the cultivation of cash crops such as vegetables, melons and fruits, and flowers, as well as in the cultivation of some field crops with high requirements for irrigation, helping agriculture achieve the production goals of water conservation, high efficiency and high quality.
  

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Core Features

• StructureCylindrical drippers are thermally fused into the PE pipe, with a wide labyrinth flow channel design. The one-piece molding ensures resistance to detachment.
• Advantages: Anti-clogging, pressure compensation (suitable for complex terrains), water utilization rate over 90%, and a service life of 5-8 years.
• Applications: Suitable for cash crops, field crops, greenhouses, and garden green spaces.

• The full name of PE flexible tape is polyethylene (PE) flexible hose for high-pressure water conveyance and irrigation. It takes polyethylene resin as the main component and is processed into shape with necessary additives. It is light in weight, easy to carry and transport, and simple to install and disassemble.
• It is usually used in farmland irrigation where the water temperature for conveyance does not exceed 45℃, the working pressure is lower than 0.25MPa, and the irrigation cycle is based on the crop survival period.

• Uniform water outlet: It can maintain stable flow within a relatively large pressure range (such as 40–350 kPa) and has a high irrigation uniformity (up to 95% or more). Strong anti-clogging performance: Some products adopt a self-cleaning structure or a large flow channel design to reduce the risk of impurity clogging. Strong adaptability: Suitable for high-drop terrains such as mountains and hills, as well as scenarios with long hose laying. Water-saving and high efficiency: Precisely deliver water to the root zone of crops, reducing evaporation and leakage losses.
• - Mountain Orchards: Suitable for complex terrains, applicable to fruit trees such as apples, citrus, and grapes.
• - Greenhouses: Used for precise irrigation of high-value-added crops like vegetables and flowers.
• - Field Crops: Applicable to crops such as corn, potatoes, and peppers, and should be used with filtration systems.
• - Nurseries and Landscape Greening: Enables uniform irrigation and improves the survival rate of plants.
  

• Pre-punched hose is a type of hose for fire-fighting or agricultural irrigation, where water outlet holes have been processed according to design requirements before leaving the factory. Its core function is to achieve uniform water distribution or directional spraying through the pre-set holes, eliminating the need for on-site hole drilling and improving operational efficiency and safety.
• No-Drilling Design: Holes are prefabricated at the factory, eliminating the need for on-site drilling. It can be directly connected to the irrigation system, saving manual operation time and effort, and reducing installation costs.
  
• Diverse Materials: Usually made of PE or PP, it combines flexibility and durability, enabling adaptation to different field environments and laying requirements. Additionally, some products adopt a white outer and black inner composite layer, which provides excellent UV protection and slows down material aging.
  
• Flexible Specifications: The common pipe diameter ranges from 75mm, 90mm to 110mm, with a maximum of 5 inches (approximately 16.5cm). The standard hole spacing is mostly 60mm, and some can also be customized according to requirements to meet the row spacing of different crops and irrigation needs.
  
• Pre-punched hoses operate based on the principles of pressure difference and fluid mechanics. When one end of the hose is connected to a water source with a certain pressure, water flows along the inside of the hose under pressure. Since the internal pressure of the hose is higher than the external atmospheric pressure, when the water passes through the prefabricated small holes, it sprays or seeps out from the holes, forming water droplets or thin streams, thereby achieving irrigation of the target area.
  

• The pressure-compensating drip tape is an irrigation device that can automatically adjust water flow under different water source pressures, ensuring crops receive water and nutrients uniformly.
• Strong Adaptability: It is suitable for different terrains and changes in water source pressure, and can be used in a variety of agricultural environments.
  
• Fertilizer-Water Uniformity: It ensures each dripper delivers water and nutrients uniformly, maintaining consistency in crop growth.
  
• Anti-Dripping Function: Some models are equipped with an anti-dripping function, which prevents water loss when the system stops irrigation and is suitable for short-term irrigation needs.
  
• Self-Cleaning Function: It can prevent dripper clogging and ensure stability during long-term use.
  

• Wide Application Range: It can be used in various cultivation environments such as greenhouses, sheds and gardens, and is suitable for the cultivation of a variety of crops.
• Superior Design: The drip holes are dense, usually reaching 30 or more per meter, ensuring uniform irrigation.
  
• Performance Parameters）trafficFlow Rate: 0.8-3 L/H
  

• The strip-attached drip tape is an efficient irrigation device mainly used for field crop cultivation. Its features include
• Water and Fertilizer Saving: Based on the principle of drip irrigation, it delivers water directly to the plant roots, minimizing water waste to the greatest extent and improving water utilization efficiency.
  
• Superior Design: The drip holes are dense, usually reaching 30 or more per meter, ensuring uniform irrigation.
  
• Performance ParameterstrafficFlow Rate: 0.8-3 L/H