Key benefits Durable construction: Made from ABS engineering thermoplastic for impact resistance, heat resistance, and lowtemperature performance, giving the atomizing nozzle longer service life and reliable operation outdoors. Large coverage: 1/2 inch external thread with a water spray radius of 9.5 to 10 meters covers a wide area, reducing the number of nozzles required and simplifying system layout. Even, efficient irrigation: Smooth rotation and uniform atomized spray deliver consistent, meticulous watering that helps prevent dry spots and reduces water waste. Versatile and stable: Designed for routine landscape irrigation tasks with consistent performance across seasons. What it does and why you need it Produces a fine, even spray pattern that is ideal for uniform irrigation of turf, plants, and fruit trees. It replaces uneven or impact sprays that can damage plants or cause runoff. Robust material resists physical damage, heat, and cold, so the nozzle performs reliably in outdoor environments and requires less frequent replacement. Specifications Thread: 1/2 inch external thread Spray radius: 9.5 to 10 meters Material: ABS thermoplastic engineering plastic Function: Atomizing nozzle for sprinkler/irrigation systems Practical applications (use scenarios) Lawn irrigation: Install on popup risers or fixed sprinklers to provide even coverage across medium to large lawns. Fruit tree orchards: Use on lowpressure irrigation lines to gently water tree canopies and root zones without soil erosion. Urban greening and landscaping: Suitable for public green spaces, roadside plantings, and park beds where broad, uniform spray is needed. Installation and maintenance notes Thread into a compatible 1/2 inch female fitting or adapter; ensure a tight seal to prevent leaks. Periodically check for debris and clean the nozzle to maintain even atomization and spray radius. Inspect for damage after extreme weather; ABS construction reduces but does not eliminate wear over time. Reliable, simple, and designed for practical irrigation needs without unnecessary complexity.