Professional Automat Micro Sprinkler
The emphasis of SHANDONG HYRT AGRICULTURAL TECHNOLOGY CO., LTD. on quality automat micro sprinkler begins in a modern production environment. During production, the meticulous care in design and frequent monitoring of the process parameters ensure the consistency of the product. The skilled team utilizes state-of-the-art equipment to achieve the highest standards in production to ensure quality and consistency are maintained from beginning to end.
There is no doubt that our HYRT products have helped us to consolidate our position in the market. After we launch products, we will always improve and update the performance of the product based on the users' feedback. Thus, the products are of high quality, and customers' needs are satisfied. They have attracted more and more customers from both home and abroad. It results in growing sales volume and brings higher re-purchase rate.
The automat micro sprinkler employs automated technology for efficient water usage in gardens, lawns, and fields. It delivers precise water distribution to maintain optimal hydration for plants across various green spaces. With a focus on sustainability, this advanced irrigation solution effectively minimizes water waste.
How to choose automat micro sprinkler?
- Automat micro sprinkler ensures hands-free irrigation with programmable timers and sensors, ideal for busy gardeners or large-scale farming needs.
- Suitable for gardens, lawns, and agricultural fields where consistent watering is required without manual intervention.
- Check for adjustable timer settings and sensor sensitivity when selecting to ensure compatibility with your irrigation schedule.
- Automat micro sprinkler optimizes water usage by delivering precise amounts directly to plant roots, reducing waste and lowering water bills.
- Perfect for drought-prone areas or large gardens where water conservation is critical.
- Look for models with adjustable flow rates and pressure regulation to maximize efficiency in varying terrain.
- Automat micro sprinkler provides targeted watering with customizable spray patterns, ensuring even coverage for plants, flowers, or crops.
- Ideal for flower beds, vegetable gardens, or nurseries requiring specific hydration levels.
- Choose sprinklers with adjustable nozzles and coverage radius settings to match your planting layout.
The rocker sprinkler is a commonly used sprinkler for open spaces and is an important irrigator in irrigation equipment. Widely used in field sprinklers, open-air nurseries, fruit and vegetable gardens and horticulture farms, the rocker sprinkler is one of the most widely used and stable sprinklers. Available in full copper, zinc alloy and plastic. With a reversing mechanism, it can be sprayed in a full circle or in any fan shape. Abrasion reducing seals, unique rocker design, long life and stable performance.
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.
General purpose valves Flange-connected iron gate valves
GB12233-89
General purpose valves Iron globe valves and lift check valves
GB12234-89
General-purpose valves Gate valves of copper with flange and butt-weld connections
GB12235-89
General-purpose valves Flange-connected steel globe valves and lift check valves
GB12236-89
General valves Swing check valves made of steel
GB12237-89
General valves Ball valves made of steel with flange and butt-weld connections
GB12238-89
General-purpose valves Butterfly valves with flange and butt-weld connections
GB12241-89
Safety valves General requirements
GB12242-89
Safety valves Performance test methods
GB12243-89
Spring-loaded direct load safety valves
GB12244-89
Pressure reducing valves General requirements
GB12245-89
Pressure reducing valves Performance test methods
GB/T13932-92
General valves Iron swing check valves
GB/T15185-94
Iron and copper ball valves
JB309-75
Gate valves Parameters
JB311-75
Check valves Parameters
JB1761-91
Screw plug gaskets
JB/T1762-92
Valve structural elements Plate body size
JB2202-77
Spring loaded safety valves Parameter
JB2203-77
Spring-loaded safety valves Structure length
JB2205-77
Pressure reducing valves Structure length
JB2206-77
Pressure reducing valves Technical conditions
JB2311-78
Ball valves Technical conditions
JB2766-92
PN16.0~32.0MPA forged high pressure valves Structural length
JB/T5299-91
General-purpose valves Fluid-controlled butterfly check valves
JB/T5300-91
General-purpose valves Materials
JB/T6438-92
Plasma arc overlay welding of valve sealing surfaces Technical requirements
JB/T6439-92
Valves subject to pressure casting steel parts Magnetic particle flaw detection inspection
JB/T6440-92
Valves subject to die-cast steel parts Radiographic inspection
JB/T6441-92
Safety valves for compressors
JB/T6495-92
Valve structure elements Gate (or valve) T-slot size
JB/T6496-92
Valve structure elements Packing box dimensions
JB/T6497-92
Valve structure elements Stem end dimensions
As the concept of environmental protection becomes increasingly popular, so does the concern for the use of water resources. In order to maximise the utilisation of water resources for environmental protection, the nozzle industry has started to flourish. Compared to traditional atomising nozzles, industrial nozzle technologies such as atomising nozzles, spiral nozzles and clamping nozzles have been chosen to improve the utilisation of water resources.
With the development of industry and the acceleration of urbanisation, water shortage will become an important factor in the economic development of China. There is a broad market prospect to deal with the water shortage in China through water treatment pathways such as sewage treatment, wastewater reuse and desalination.
Carbon steel pipe fittings groove fittings surface should be flat, clean, there should not affect the performance of porosity, sand eyes, slag, cold compartment, shrinkage, cracks and depressions and other defects. Cast groove parts should be free from defects such as bulges and depressions. Grooved fittings should be free from processing defects and knock-on damage. Markings should be clear and rowable.
Carbon steel pipe fittings can be coated with electrophoretic paint, plastic or hot dip galvanising for surface and corrosion treatment, where the electrophoretic paint coating method of trench fittings should not be used for domestic drinking water supply. The dimensions of the trench interface after surface treatment shall conform to the provisions of Appendix C of GB/T36019-2018, and the corrosion protection layer shall conform to the following provisions respectively:
) paint layer: uniform, smooth, firm, no paint tumor, accumulation of paint, leakage of paint, paint layer thickness of not less than 25.4 &undefined;, paint layer containing less than 0.009% of lead.
b) The plastic layer is uniform, continuous, smooth and firm. Epoxy coating thickness of plastic coated trench fittings should be not less than 130, by mutual agreement between supply and demand, can be specified epoxy coating thickness greater than 130 other thickness of polyethylene coating thickness should be in line with the same nominal size steel-plastic pipe plastic layer thickness requirements in Table 2. The plastic layer should be covered intact at the installation with parts such as the groove of the pipe fittings, and the thickness should be not less than 40 and not affect the installation.
c) hot dip galvanized layer: zinc layer uniform, continuous, smooth, no leakage, zinc layer off, black spots and other defects and rubber ring / pad contact surface should not be zinc tumor, zinc slag, pile of zinc and other appendages zinc layer of lead content of not more than 0.1% zinc layer thickness of not less than 65 .
Carbon steel pipe fittings bolts, nuts should be hot-dip galvanized surface corrosion treatment, and comply with the provisions of GB/T5267.3. Galvanized layer thickness should be not less than 40 galvanized layer surface should be smooth, no leakage, zinc tumor, black spots, no residual solvent slag, oxide inclusions and other defects that damage the intended use of parts performance. Preference shall be given to hot-dipped galvanized bolts and nuts. By mutual agreement between supply and demand, other materials and coated bolts and nuts can be supplied.
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Shandong HYRT Water-saving Irrigation Co., Ltd.
One-stop professional irrigation system manufacturer