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What are the characteristics of the nozzle design of irrigation sprinklers
The nozzle is one of the core components of the irrigation nozzle. Its design directly affects the shape of the water flow, spray distance, spray range and moisture uniformity.
Nozzle hole shape and size
Irrigation sprinkler nozzles usually have holes of a specific shape and size, which directly affects the shape of the water flow. The shape of the nozzle hole can be annular, fan-shaped, conical, etc., and the size of the nozzle hole determines the flow rate of the water flow. Designers usually choose the appropriate shape and size of spray holes based on the shape of the farmland, irrigation needs, and pressure of the water source.
Jet angle
The design of the nozzle should take into account the angle of the water jet to ensure that the water can cover the target area. Different field shapes and crop types may require different angles of water flow. Therefore, the design of the sprinkler head needs to provide adjustable spray angle to adapt to different irrigation needs.
material selection
Nozzles are usually made of corrosion-resistant and wear-resistant materials to ensure stability and durability for long-term use. Common nozzle materials include plastic, stainless steel, ceramic, etc. The choice of materials not only affects the life of the nozzle, but is also directly related to the quality of the water flow, preventing the dissolution of the material or the generation of particles that affect the normal operation of the nozzle.
Anti-blocking design
The nozzle holes of the nozzle are easily clogged by impurities and particulate matter, so anti-clogging design is an important consideration. Some nozzles are designed with filters or special structures to prevent large particles from entering the nozzle holes and reduce the possibility of clogging. Additionally, nozzles are designed for ease of cleaning and maintenance to maintain long-term stability.
water spray mode
Different types of irrigation sprinklers may use different spray modes, including atomization, direct injection, pulse, etc. The choice of these modes depends on the shape of the field, the layout of the plants and the amount of irrigation water required. Sprinkler design needs to ensure that the spray pattern used matches the specific irrigation needs.
HIGHLY EFFICIENT COOLING AND HUMIDIFICATION: Reduce temperatures by up to 5 degrees across your greenhouse or net house with perfectly uniform distribution of micro-sized droplets
LOW PRESSURE REQUIREMENTS: Get great performance and fine droplets of 65 microns at relatively low pressure of 4.0 bar.
AVOID PLANT DANAGE: “Bridge” free design and integral anti-drain valve prevents plant-damaging drip-off.
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