Spiral spray nozzle for efficient, precise liquid distribution using a compact, anticlogging spiral body. Key benefits Precise watering: liquid is broken into fine droplets by the spiral body, delivering consistent coverage with either a hollow cone or a solid cone spray pattern. Reduced clogging and reliable flow: the nozzle shape minimizes blockages so more liquid reaches pipes of different sizes, improving irrigation efficiency and uptime. Wide performance range: adjustable jet angles and flow capacity let the same nozzle serve smallscale and largescale watering needs. Spacesaving and versatile: compact spiral design fits into tight installations and supports a range of applications. Features and specifications Spray patterns: hollow cone or solid cone for targeted or widespread coverage. Spray angle: 60 to 180 degrees at 3 bar pressure. Flow rate: 5.5 to 4140 l/min at 3 bar pressure. Anticlogging design: spiral internal shape promotes continuous liquid flow and reduces deposit buildup. Compatibility: suitable for use with pipes of different sizes when installed with appropriate fittings. Practical applications Greenhouse and nursery watering: deliver uniform droplet coverage for seedlings and young plants using fine hollow cone or solid cone sprays. Orchard and vineyard irrigation: provide consistent, widearea coverage across rows while minimizing nozzle maintenance and downtime. Landscape and turf management: adapt spray angle and flow to water beds, lawns, or planted borders efficiently. Installation and use notes Designed to perform at 3 bar pressure for the stated angles and flow rates; performance will vary with pressure changes. Select hollow cone for fine, circular coverage or solid cone for denser, more concentrated watering. Ensure correct fittings for pipe compatibility and inspect connections periodically to maintain performance. A practical nozzle solution where precise droplet formation, clog resistance, and broad flow and angle options are required for efficient irrigation and liquid distribution.