Dripper system-manufacture,factory,supplier from China

Drip irrigation drippers are generally made of low-pressure polyethylene. The pressure water flow in the capillary passes through the narrow and narrow channel in the dripper, so that after the energy is consumed, it drips into the soil drop by drop and evenly with a constant and uniform amount of water. Under the gravity of the droplet and the action of the capillary in the soil, it gradually wets soil. Drippers are widely used in irrigation fields such as orchards, greenhouses, greenhouses, gardening, and greening.

When choosing a dripper, pay more attention to the flow rate, working pressure and scope of the dripper. The selection of these parameters should rely on a reasonable irrigation system, comprehensive crops, planting patterns, and soil quality.So for the dripper itself, we should also consider the following aspects when choosing:1. The manufacturing accuracy of the dripper. The uniformity of drip irrigation is closely related to the accuracy of the dripper. In many cases, the flow change caused by the manufacturing deviation of the dripper exceeds the flow change caused by hydraulics.

Compared with the dripper, the most obvious feature of the pressure-compensated dripper is:1. The pressure compensation dripper can make the elastic silicone sheet change the section of the water outlet with the help of water conservancy pressure, automatically adjust the flow rate, and make the water output uniform;2. The pressure compensation performance is strong, and the automatic control water dispenser is the best choice. It is especially suitable for undulating terrain, unbalanced system pressure and need to increase capillary.How to choose a pressure compensation dripper?1.

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.

Gated irrigation pipe may be used for each water conveyance and water distribution. whilst a single gated pipeline is used for a number of irrigation sets, one institution of gates should be closed and every other organization opened at each irrigation set trade. this calls for great exertions which may be reduced via automating the machine.maximum automatic gated pipe systems use a separate deliver pipeline for conveyance.

Drip irrigation pipe is an important irrigator in drip irrigation system. According to the water demand of plants, through the low-pressure pipeline system and the irrigator installed on the capillary, the water and the nutrients required by the plants are dripped into the plants evenly and slowly. in the root zone soil.In particular, most of the landscaping plants are laid with a special drip irrigation pipe, and the drip irrigation pipe includes a pipe body and drip holes evenly distributed on the pipe body.

Now which you’re familiar with the distinctive styles of systems and emitters, you may recognition on developing your lawn’s perfect device. the dimensions and kind of garden, in conjunction with the kind of soil and other elements, are well worth noting and making plans for. here are some factors to keep in mind when shopping for a drip irrigation system.Garden SizeThe size of your garden will determine your system’s setup and the kit that you need. For smaller gardens, a single kit is often enough to install an effective drip irrigation system.

Drip irrigation is a watering gadget that gives you low-pressure, low-quantity water through manner of slow-dripping water, a stream, or a spray. The water emitted from a drip irrigation gadget is carried out at once to the roots of a plant so they stay constantly moist, but aren't soaked. This sort of irrigation gives many advantages over general sprinklers or hose watering.Below, you’ll find a collection of reviews for the best irrigation systems.

I. Composition of the microirrigation systemThe micro-irrigation system is composed of water source, front hub, water transmission and distribution pipe network, irrigation device, flow rate, pressure control parts and measuring instrument.1. Water sourceRivers, channels, lakes, reservoirs, wells and springs can be used as microirrigation water sources, and their water quality should meet the requirements of microirrigation.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.

Micro-irrigation and fertilization is a water-saving, fertilizer-saving, and high-efficiency agricultural production technology that uses a fertilization device to inject fertilizer into the micro-irrigation system under the condition of pressurized water source, and uniformly and stably transports it to the soil in the root zone of the crop at a small flow rate.2. Micro-irrigation and fertilization facilitiesThe micro-irrigation system is generally drip irrigation. Each row of watermelons is laid with a drip irrigation pipe.

1. Applicable conditionsThe water and fertilizer integrated machine fertilization system is mainly suitable for facility agricultural cultivation, orchard cultivation, cotton and other field economic crop cultivation, as well as other crops with better economic benefits. It is suitable for promotion and application in areas where there are wells, reservoirs, storage tanks and other fixed water sources, and the water quality is good, meets the requirements of micro-irrigation, and has built or has conditions to build micro-irrigation facilities.2.