Raindrip R252DT 1/4-Inch Supply Tubing, 50 ft, Sand

• Create a feeder line that supplies water to a low-flow, drip-watering device, or use as a main line in a small drip irrigation system; for trees, shrubs, flower beds, groundcover, vegetable gardens, plants in pots, planter boxes, and hanging baskets
• Tubing outside diameter (OD) is 0.250 in., internal diameter (ID) is 0.170. in.; connect to main supply line with ¼ in. micro fitting such as a barbed connector, connect other end directly to emitter to deliver water to plant
• As part of a complete drip irrigation system, the supply tubing transports water to the area to be irrigated; Tubing coil comes shrink wrapped for convenience; easy to access as needed
• Poly tubing is constructed using a layering method for durability: the outer layer, which is exposed to the sun, and the inner layer, which is exposed to water, is made of 100% virgin content; the middle layer is composed of recycled content
• Comes with one 50 ft. coil of ¼ in. poly supply tubing; Works with Raindrip products and other products with compatible connection type

Transport water directly to your plants with ¼ in. distribution tubing. Branch off the main line to create a feeder line to supply water to a low-flow, drip-watering device, or use as a main line in a smaller drip system. The ¼ in. tubing, also known as micro tubing or spaghetti tubing, has a 0.250 in. outside diameter (OD) and 0.170 in. internal diameter (ID). Unlike other manufacturers that use blended recycled material for their tubing, Raindrip poly tubing has an innovative layering method, using 100% virgin content for the outer and inner layers for a more durable product, and a middle layer of recycled content. Drip irrigation systems are easy to customize, install, and operate. As part of a complete system, the supply tubing transports water to the area to be irrigated. Drip irrigation gradually and evenly waters the root zone of your plants, keeping it moist but never saturated with water. Your plants maintain the ideal balance between water and air for optimal growth and overall health.