High Quality Micro Sprinkler Irrigation
Quality of micro sprinkler irrigation has been constantly monitored in the manufacturing process. SHANDONG HYRT AGRICULTURAL TECHNOLOGY CO., LTD. takes pride in its products passing ISO 90001 certification for consecutive years. Its design is well supported by our professional design teams, and is unique and favored by many customers. The product is manufactured in the dust-free workshop, which protects the product from exterior interference.
HYRT has been praised in the industry. As one of the most highly recommended brands in the market, we have created economic benefits for our customers through our high quality and performance products and we have established a long-term relationship with them. This is why our customers repeatedly purchase our products.
Engineered for precision, these systems deliver controlled water distribution to support plant health across diverse applications. Featuring efficient spray patterns, they minimize waste while ensuring even coverage in agricultural and horticultural environments. Designed with a focus on water conservation, micro sprinkler irrigation caters to both landscaping and broader agricultural needs.
How to choose micro sprinkler irrigation?
- Micro sprinkler irrigation systems minimize water waste by delivering precise amounts directly to plant roots, reducing evaporation and runoff.
- Ideal for drought-prone areas or gardens requiring sustainable water management practices.
- Adjustable flow rates allow customization to match soil absorption rates, ensuring optimal water use efficiency.
- Targets specific zones with adjustable spray patterns, accommodating diverse plant types and soil conditions.
- Ensures uniform water distribution across irregularly shaped gardens or terrains.
- Compatible with smart controllers for automated, moisture-based watering schedules.
- Low initial investment compared to traditional irrigation systems, with affordable replacement parts.
- Reduces long-term water bills due to efficient resource utilization.
- Durable design withstands harsh weather, minimizing maintenance and replacement costs.
1. Classified by role and use;
(1) cut-off valve: cut-off valve is also known as closed circuit valve, stop valve, its role is;
(2) check valve: check valve is also known as a one-way valve or check valve, its role is;
(3) safety valve: the role of the safety valve class is to prevent the pipeline or device in;
(4) regulating valves: regulating valve category including regulating valves, throttling valves and pressure reducing valves;
(5) Diverter valves: diverter valves include a variety of distribution valves and traps, etc., ;
(6) Exhaust valves: Exhaust valves are essential auxiliary elements in piping systems;
2. Classified by nominal pressure;
(1) Types of valves
1. Classified by role and use
(1) cut-off valve: cut-off valve is also known as closed circuit valve, shut-off valve, its role is to connect or cut off the medium in the pipeline. Cut-off valve types include gate valves, globe valves, plug valves, ball valves, butterfly valves and diaphragm valves, etc.
(2) Check valve: check valve is also known as one-way valve or check valve, its role is to prevent the backflow of media in the pipeline. Its main role is to prevent the backflow of the medium, to prevent the pump and drive motor reversal, as well as the release of the container medium. Water pump suction off the bottom valve also belongs to the check valve category.
(3) Safety valves: the role of safety valves is to prevent the pipeline or device in the medium pressure exceeds the specified value, so as to achieve the purpose of safety protection.
(4) Regulating valves: regulating valves include regulating valves, throttling valves and pressure reducing valves, whose role is to regulate the pressure of the medium, flow and other parameters.
(5) Diverter valves: Diverter valves include a variety of distribution valves and traps, etc., whose role is to distribute, separate or mix the media in the pipeline.
(6) Exhaust valves: Exhaust valves are essential auxiliary components in piping systems and are widely used in boilers, air conditioning, oil and gas, and water supply and drainage pipelines. They are often installed at high points or elbows to remove excess gas from the pipeline, improve the efficiency of the pipeline and reduce energy consumption.
2. Classified by nominal pressure
(1) Vacuum valve: refers to the valve whose working pressure is lower than the standard atmospheric pressure.
(2) Low pressure valve: refers to the nominal pressure PN ≤ 1.6Mpa valve.
(3) Medium pressure valve: refers to the nominal pressure PN 2.5, 4.0, 6.4Mpa valve.
(4) High pressure valve: refers to the valve with a nominal pressure PN of 10~80Mpa.
(5) ultra-high pressure valve: refers to the nominal pressure PN ≥ 100Mpa valve.
3. classified by working temperature
(1) ultra-low temperature valve: for the medium working temperature t<-100 ℃ valve.
(2) low-temperature valve: for the medium working temperature -100 ℃ ≤ t ≤ -29 ℃ valve.
(3) room temperature valve: for medium working temperature -29℃
(4) medium temperature valve: for the medium working temperature 120 ℃ ≤ t ≤ 425 ℃ valve.
(5) high temperature valve: for the medium working temperature t>450℃ valve.
The drip head is divided into three basic types according to its energy dissipation characteristics: (1) long runner drip head: the runner diameter is generally less than 1.0mm, length 50~60cm, or even longer, the water flow in the process of overcoming the side wall friction and energy dissipation. (2) Orifice drip head: generally inserted on the capillary tube, inlet and outlet diameter is very small, there is a large cavity in the middle, pressure water flow through the diffusion, contraction or rotation and other ways to consume the remaining energy. (3) Microporous capillary: there are two types of single-walled tubes and double-walled tubes. The former is drip irrigation through the micro-hole on the wall of the tube, the latter has two layers of wall, water from the main wall of the water outlet orifice into the auxiliary cavity, and then by the auxiliary wall of the orifice seepage, the auxiliary wall of the orifice is the main wall of the number of orifices 5 ~ 10 times. This is a special form of capillary pipe which has both water delivery and water discharge functions. It is mostly made of plastic. Due to the small size of the outlet orifice, it is easy to block.
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Shandong HYRT Water-saving Irrigation Co., Ltd.
One-stop professional irrigation system manufacturer