Use durable, weather-resistant 0.710 in. supply tubing as a main line to deliver water to a drip watering device or a feeder line, or use a series of emitters punched directly into the side of the tubing to distribute water along the line. The 0.710 in. supply tubing has an outside diameter (OD) of 0.710 in., internal diameter (ID) of 0.620 in. While other manufacturers use blended recycled material for their entire tubing, Raindrip poly tubing is constructed with an innovative layering method, using 100% virgin content for both inner and outer layers for a more durable product, and a middle layer of recycled content.

• Use as a main supply line connected to a low-flow, drip-watering device or deliver water along the line using emitters punched into the side of the tubing
• Tubing outside diameter (OD) is 0.710 in, internal diameter (ID) is 0.620 in; connects to point-of-connection device using appropriate fitting; emitters and feeder lines can be punched directly into the line or attached to the end
• To use as a main supply line, attach to a point-of-connection device connected to the water source; to use as a dripper line, attach emitters directly into the line; Works with Raindrip products and other products with compatible connection type
• 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 0.710 in. poly supply tubing ; Raindrip stands by their product and gives a 1-year, 100% satisfaction guarantee. If your product breaks, Raindrip will send you a new one for free, just pay shipping and handling
• Works in a variety of areas, from small to large, flat or sloped, to water trees, shrubs, flower beds, groundcover, vegetable gardens, plants in pots, planter boxes, and hanging baskets
• Drip irrigation reduces water usage by up to 70% compared to conventional sprinkler irrigation; water is applied precisely and at the rate the soil can accept it to prevent runoff and erosion