{"product_id":"netafim-dripper-assembly-w-black-tubing-blue-orange-dripper-10-6gph-36in-25pcs-bag","title":"Netafim Dripper Assembly w\/ Black Tubing \u0026 Blue\/Orange Dripper 10.6GPH 36in (25pcs\/Bag)","description":"\u003cp\u003esingle dripper stake assemblies will reduce setup time considerably. This 36 or 48 inch assembly will install right where you need it. Dripper assembly uses a 3.2 or 6.6 GPH pressure compensating emitter with CNL check valve, 36 or 48 inches of Super Flex Tubing. The minimum operating pressure is 22 PSI. Pair the 10.6 GPH assemblies with the Netafim single pattern standard spray stakes (22500-002420) or double pattern (22500-00260) standard spray stakes What's Included: 45 Degree Elbow, Emitter, 5mm Tubing (36-Inch or 48-Inch). Does not include spray stake. Superior Wetting of the Soil Mix - Imporves Plant Quality and Conserves Resources Netafim PC (Pressure Compensating) Spray Stakes were built from the beginning to fill the needs of the nursery grower. The spray pattern angles downward - just enough - to keep the spray on the soil and not flying into or over the wall of the pot. Water flying out of the pot is wasted. Water that hits the side of the pot typically runs down the side and out the bottom of the pot and is not effective in wetting the soil mix. Water retained by the soil mix is the most important measure of the effectiveness of a spray stake. A poor spray pattern may look good to the eye, but in fact does not apply water uniformly over the soil surface and results in poor water retention. The Netafim spray pattern provides maximum water retention by the soil mix - exactly what the plant needs. An additional benefit of the excellent wetting pattern is the uniform activation of topdressed fertilizers. The result is superior plant growth and more efficient use of water resources, and fertilizer if liquid feed is being used. Unifrom Watering - Improves Plant Quality, Simplifies Design, and Controls System Costs Have you ever measured the difference in the amount of water the plants closest to the valve get compared to those furthest from the valve? It might be much more than you think and it adds up over time. In a non-pressure compensating design, the spray stakes at the beginning of the line have a higher pressure and supply more water than those at the end of the line. Therefore, plants at the beginning of the line receive more water than they need by the time the plants at the end of the line are sufficiently watered. Each time the fi eld is watered these differences add up and eventually some plants can outgrow others, resulting in a lack o\u003c\/p\u003e","brand":"Netafim","offers":[{"title":"Default Title","offer_id":51374072365092,"sku":"DLW-40201-024910","price":32.29,"currency_code":"USD","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0254\/3914\/1924\/files\/55169-0.jpg?v=1788385250","url":"https:\/\/www.growitdepot.com\/products\/netafim-dripper-assembly-w-black-tubing-blue-orange-dripper-10-6gph-36in-25pcs-bag","provider":"Grow It Depot","version":"1.0","type":"link"}