The irrigation system uses micro-sprinklers to spray water onto crops in the form of droplets or small streams. This system is suitable for a variety of crops and irrigation scenarios with the advantages of water conservation, high efficiency and uniformity. This article is to share the superficial knowledge from AI and Jane, who help and work for Pingyang Bangdi Electronic Technology Co.,Ltd, a 15-year experience garden hose China manufacturer in Pingyang County, Wenzhou City, Zhejiang Province, China.
If classify from nozzle types:
Refraction Nozzle: It adopts the refraction principle to scatter flow into droplets.
Rotation Nozzle: It adopts the rotation mechanism to change the water into dispersed droplets or small water flow.
Radiation Nozzle: The water flow evenly sprays to a certain range of the ground.
Spring Nozzle: The water flow gushes out like a spring.
If classify from irrigation methods:
Drip Irrigation: It directly carries the water near the crop roots.
Sprinkler Irrigation: It sprays to the surface of the crops in the form of droplets or small water.
Bubbler Irrigation: The water flows throughout the nozzles, gushing out like a spring.
Water-Saving: The spraying range is controllable, avoiding the waste of water resources.
Efficient & Even Watering: It can enable to directly and evenly carry water on the roots of crops, avoiding local water accumulation or drought and improving water utilization efficiency and the growth of crops.
Reduce Pests and Diseases: Irrigation can play a role in cooling and dust reduction, lowering the occurrence of pests and diseases.
Improve Soil Environment: It can keep the soil moist, which facilitates the activities of soil microorganisms.
Adjustment: Adjust and control the spray time and water yield according to the growth needs of crops.
Agricultural Products: Widely used in vegetables, fruit trees, flowers, tea and other crop irrigation, improving the yield and quality.
Landscaping: Used for lawn, flower beds and green landscape irrigation, beautifying the environment and maintaining the health growth of plants.
Greenhouse Control: Accurately control temperature and humidity inside the greenhouse, creating suitable environment for crop growth.
Ensure clean water to avoid clogging the nozzles.
Ensure stable water pressure to avoid it is too high or too low.
Select the appropriate types and specifications of nozzles according to the crop and environment.
Regularly check and maintain nozzles to ensure its normal work.