Water-saving irrigation soft belt bypass valve-manufacture,factory,supplier from China

Water irrigation equipment, household water-saving water tanks, toilet water-saving devices, water-saving showers, booster showers, faucet water-saving devices, etc.purpose:1. Improve water use efficiency and reduce water usage.2.

Drip irrigation belt is the core product of drip irrigation system and plays a decisive role in the operation effect of drip irrigation system. It is praised as an efficient water-saving equipment in arid and water-deficient areas, which can effectively improve the utilization rate of water and fertilizer and achieve rational planting of water saving and energy saving. Drip irrigation belt is to use plastic pipes to pass water (liquid fertilizer or pesticide, etc.) through a capillary tube with a diameter of about 16mm.

Based on the definition and connotation of the above-mentioned water-saving products, it can be divided into the following categories from the principles and approaches of water-saving:(1) Products that directly improve the use efficiency of water resourcesIt is a water-consumable product, and it can reduce water consumption compared to similar products under the condition of fulfilling the same function.(2) Products that reduce the loss of water resources and prevent pollutionIn the process of use, it does not consume water resources, but it can ensure that water resources are not lost and po

Plants can not continue to exist with out water. But an excessive amount of or too little reasons troubles which you would possibly mistakenly blame on sicknesses or insects. More plant life had been killed through incorrect watering than pretty much whatever else. The primary hassle is that no  plant life have precisely the equal water requirements. So you can not positioned your irrigation device on car pilot and supply all of your plant life the greatest quantity at once.The trick for sensible watering is that it definitely starts offevolved with clever planning.

This product is used when the drip irrigation system uses tape as the main pipeline. The branch water source, the main pipeline (soft belt) is connected with the drip irrigation belt, so that the water in the main pipeline (soft belt) flows into the drip irrigation belt separately.Use a punching machine (diameter 14mm) to make holes on the side of the soft water belt, then screw the tee into the hole of the soft water belt, tighten the nut to fix the bypass on the soft water belt, and connect the soft water belt to the other side of the drip irrigation belt.

1. The effective utilization rate of water is high. Under the condition of drip irrigation, the irrigation water wets part of the soil surface, which can effectively reduce the ineffective evaporation of soil water. At the same time, because drip irrigation only moistens the soil near the roots of the crops, and the soil moisture content in other areas is low, it can prevent the growth of weeds. Third, the drip irrigation system does not generate ground runoff, and it is easy to grasp the precise watering depth, which is very water-saving.2.

In recent years, there are a variety of popular orchard irrigation methods, such as immersion irrigation, manual irrigation, water-saving irrigation, high-level sprinkler irrigation, and simple sprinkler irrigation. However, these technologies all have their shortcomings more or less. The cost of immersion irrigation is high, and the cost of manual irrigation is high. The effect is relatively poor. Water-saving water-saving irrigation has low one-time investment, high water-saving efficiency, simple maintenance in the later stage, and high-level sprinkler irrigation.

What Is Drip Irrigation?Drip irrigation is the exercise of applying small amounts of water and fertilizer uniformly across a specific location.  the water and fertilizer are delivered at once to the crop root sector, eliminating runoff, evaporation, and drift. A nicely designed and managed drip irrigation device offers manufacturers the first-class uniformity and application performance to be had, consequently saving them time, electricity, and water, all while maximizing yields.

Drip irrigation has been developed for nearly a century since its birth. As a new type of irrigation technology, it has shown its water-saving ability, especially in countries and regions with severe water shortages. A water-saving irrigation technology combined with drip irrigation technology. Drip irrigation uses a pipeline system to supply water, so that the irrigation water is dripped, slowly, uniformly, regularly and quantitatively infiltrating the root development area of the crop, so that the soil in the main root area of the crop is always maintained* Hydrated state.

Drip irrigation is a relatively water-saving irrigation method. Its realization requires the combination of many equipment and efforts. Among them, it includes what we are going to talk about today: drip irrigation tape and drip irrigation pipe. Drip tape and drip irrigation pipe are two different things. So, what is the difference between them?The difference between drip irrigation tape and drip irrigation pipe is as follows:1. The difference in appearance: the drip irrigation tape is flat without water and pressure; while the drip irrigation pipe is cylindrical without water.2.

Water is the source of all things. Without water, there is no life. Plant growth is also indispensable for the nourishment of water. Reasonable use of water resources can make fruit trees grow stronger, increase fruit tree yields, and improve fruit trees' annual yield and longevity. To exert the good influence of water on fruit trees, timely irrigation and drainage must be carried out to meet the growth and development needs of fruit trees.The water requirements of fruit trees are as follows:Plant water demand includes two aspects: physiological water demand and ecological water demand.

1. Establish a drip irrigation system first. The length and depth of the pipeline system should be designed according to basic conditions such as topography, soil texture, crop planting conditions, and water sources. So that the integration of water and fertilizer can play the greatest efficiency.2. The fertilization system should be designed for quantitative fertilization in the field, including the location, capacity, outlet, fertilization pipeline, distributor valve, water pump and fertilizer pump of the reservoir and fertilizer pool.3.