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Close-up of brown Microline 1/4 in. dripline highlighting built-in emitters and large internal filter design to reduce clogging.

DIG Microline™ 1/4 in. Dripline — 100 ft, 6 in. Emitters

Brand: DIG
Save 25%
$24.53
$18.40
SKU ML-106B
Color: Brown

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The DIG 1/4 in. Microline™ Dripline delivers efficient, reliable irrigation for home gardens, planter boxes, and narrow planting beds. This flexible, UV-resistant 1/4 in. tubing integrates labyrinth-style emitters that provide consistent water delivery while resisting clogging.

  • Built from linear low-density polyethylene for long-term durability and chemical resistance.
  • Built-in emitters deliver approximately 0.52 GPH per emitter at 15 PSI for steady, water-efficient watering.
  • Available in 6 in., 9 in., or 12 in. emitter spacing to match plant layout and water requirements.
  • Two outlets per emitter and large internal filters reduce clogging; a minimum 150-mesh filter is recommended.
  • Works with standard 1/4 in. (6 mm) barbed fittings, micro tubing, and 4- or 6-outlet manifolds for easy connections.
  • Designed for above-ground or mulch-covered installation; minimum bending radius of 1 ft for tight layouts.

Choose DIG Microline™ for affordable, low-maintenance drip irrigation that conserves water and keeps plantings neat. Available in black or brown and sold in 100 ft. coils—ideal for vegetable gardens, window boxes, shrubs, and drip loops.

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Frequently Asked Questions

What pressure is required for proper emitter flow?
Operates across 10–25 PSI; nominal flow is about 0.52 GPH per emitter at 15 PSI.
Will this dripline work under mulch or above ground?
Yes. UV-resistant tubing is suitable for above-ground installation or covered with mulch for discreet watering.
What fittings are compatible with the Microline dripline?
Connects to standard 1/4 in. (6 mm) barbed fittings, micro tubing, or 4-/6-outlet manifolds for quick hookups.
How can I prevent emitter clogging?
Use a minimum 150-mesh filter, flush lines before first use, and avoid introducing unfiltered debris into the system.