The Eight-Holes Pressure Compensating Dripper (Eight-Holes PC Dripper) is an innovative irrigation device designed to provide an even, consistent supply of water. Its unique eight-hole design allows water to be sprayed evenly through multiple holes, ensuring optimal irrigation results in a variety of plant and soil conditions. With pressure compensating technology, this dripper maintains a consistent water flow rate across a wide range of water pressure conditions, preventing uneven irrigation due to fluctuations in water pressure.
The eight-hole pressure-compensated drip tip is made of high-strength, corrosion-resistant materials with excellent durability and UV resistance, making it suitable for long-term use in a wide range of climatic conditions. Its easy installation allows users to quickly configure and adjust the drip position to suit different planting needs. In addition, the design of this drip head effectively improves water utilization efficiency, helping users better manage water and promote healthy plant growth, making it an ideal choice in modern agriculture and horticulture.
| A | B | |
| Pressure: | 2-3Bar | 2-3Bar |
| Spraying radius: | 0.3m | 0.5m |
| Flux: | 48 LH | 60 LH |
Impact sprinklers stick primarily because of debris buildup, worn or swollen seals, mineral deposits from hard water, and mechanical wear on the pivot arm spring or bearing. When the rotating head stops spinning or gets...
READ MOREThe Bottom Line: Estimated Water Volume in 20 Minutes Running a standard residential impact sprinkler for 20 minutes typically consumes between 60 and 100 gallons of water. This estimate is based on an average flow rate...
READ MOREThe Fast Way to Achieve 360-Degree Rotation To make an impact sprinkler go 360 degrees, you simply need to flip the metal trip pin (or trip lever) to the UP position so it no longer contacts the friction collars. When t...
READ MOREQuick Answer: Standard Impact Sprinkler Water Usage A standard residential impact sprinkler typically uses between 3 to 5 gallons per minute (GPM). However, this flow rate is highly dependent on the nozzle size and the ...
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