DIG ½” Poly Drip Irrigation Black Tubing (.620 OD)
DIG premium polyethylene drip tubing is designed to meet all installation requirements for drip irrigation or low-volume irrigation systems for commercial, agriculture, and residential applications. Our ½″ polyethylene drip tubing is available with .620" OD in 50', 100', 200', 500', and 1000' coils. Made of low-density polyethylene resin with a minimum of 2% carbon black, the polyethylene tubing exhibits a combination of outstanding environmental stress-cracking resistance and burst strength.
DIG ½” Poly Drip Irrigation Black Tubing (.710 OD)
DIG premium polyethylene drip tubing is designed to meet all installation requirements for drip irrigation or low-volume irrigation systems for commercial, agriculture, and residential applications. Our ½″ polyethylene drip tubing is available with .710″ OD in 50', 100', 200', 500', and 1000' coils. Made of low-density polyethylene resin with a minimum of 2% carbon black, the polyethylene tubing exhibits a combination of outstanding environmental stress-cracking resistance and burst strength.
DIG ¾” Poly Drip Irrigation Tubing
DIG’s ¾″ premium polyethylene drip tubing is designed to meet all installation requirements for drip irrigation or low-volume irrigation systems for commercial, agriculture, and residential applications. Our 3/4″ polyethylene drip tubing is available with .920″ OD and .940″ OD in 250’ and 500’ coils. Made of low-density polyethylene resin with a minimum of 2% carbon black, the polyethylene tubing exhibits a combination of outstanding environmental stress-cracking resistance and burst strength.
DIG 1″ Poly Drip Irrigation Tubing
DIG 1” premium polyethylene drip tubing is designed to meet all installation requirements for drip irrigation or low-volume irrigation systems for commercial, agriculture, and residential applications. Our 1″ drip tubing is available with 1.200″ OD in 250’ and 500’ coils. Made of low-density polyethylene resin with a minimum of 2% carbon black, the polyethylene tubing exhibits a combination of outstanding environmental stress-cracking resistance and burst strength.
