HydroSure Pressure Compensating Drip Line - 14mm x 100m
(30cm spacing 1.8 L/h)
330 In Stock
Built-in pressure compensation ensures water is uniformly distributed at a specific 1.8 LPH output along the length of pipe regardless of elevation. See Full Description
For a simple automated irrigation system ideal for watering flower beds, vegetable gardens, hedge plants and landscaped gardens, Drip Line can be installed in a gridded network, rows or a single line at the base of plants. As Drip Line functions best at working pressures between 0.5 to 1.75 bar (and up to 4 bar for longer run lengths), for optimal performance, install a Pressure Reducer at the start of the system.
Please Note: HydroSure Drip Line has a narrow 1.2mm nominal wall thickness and wide internal bore resulting in maximum water flow and minimal pipe friction for longer run lengths and enhanced performance. Drip Line is quoted by its 14mm internal diameter as fittings push inside the pipe (16.4mm External Diameter). Use alongside 14mm Drip Line Fittings for a secure watertight connection and minimal risk of pipe dislocation.
You can create a bespoke system individually tailored to your garden needs. Straight joiners are ideal for connecting two pieces of Drip Line. Elbows can be used to direct the pipe around corners without kinking whilst Tees deliver water flow three ways. For complete convenience when adjusting water flow on and off, a control valve is ideal.
Healthy Plants
Drip Line waters at ground level directly to the plant's roots ensuring each plant received exactly what it needs to thrive.
Reliable - Precision Watering
Water is distributed slowly and accurately to the root zone through highly engineered labyrinth technology within the drip line pipe. Each dripper has a pre-determined 1.8 L/hour flow rate. Pressure compensated integrated drippers use labyrinth technology to ensure uniform watering across the entire length of pipe and various topography including slopes.
Water Saving
Drip Line saves water by watering directly to the plant roots. Drip Line irrigation consumes up to 70% less water than manual watering.
Specifications
Type: Pressure Compensating Drip Line
Internal Diameter: 14mm
External Diameter: 16.4mm
Length: 100 Metres
Output: 1.8 Litres Per Hour
Spacing: 30cm Spacing
Bend Radius: 30cm - 40cm
Drip Line Frequently Asked Questions
How to calculate drip line run lengths?
Use the equation in our Water Flow Rate Guide to calculate the flow rate from your tap. Then, use the below calculation to check if your water flow rate is sufficient to run your required length of drip line.
(Required length ÷ Dripper Spacing) x L/h Output from Each Emitter = Total Water Output Overall
Working Example: (50m ÷ 0.33) x 2 L/h = 303 L/h
If your required length is to water a 50-metre hedge row and your dripper spacing is 33cm emitting 2 litres per hour from each emitter, you would need a minimum flow rate from your tap of around 300 - 350 litres per hour.
How to set up an irrigation system over sloped landscapes?
Pressure Compensating Drip Line is ideal for vegetable patches, garden beds, hedges, and nature strips across varying terrains. Pressure-compensated emitters ensure consistent water delivery along the entire length regardless of the location or elevation of each dripper within the system.
Which Drip Line is best for a longer length of hedge planting?
HydroSure 17mm Drip Line is ideal when running longer lengths of pipe. Ideal for larger garden beds, hedges, and nature strips, the larger diameter reduces pipe friction reducing pressure loss allowing more efficient watering across longer distances.
The in-built drippers feature anti-siphon mechanisms which compensate for and balance differential pressure. The vacuum within the pipe prevents the aspiration of soil and sand particles through the dripper outlet.
My Drip Line isn’t working
Common Drip Line Problems
Dry spots and some drippers not working: Over time emitters can become clogged with insects or dirt. Flush the system by removing the end caps and switching on the water flow to flush out any debris.
Structural Damage: Digging in the garden can pierce the pipe wall and affect emitter performance. Walk along the length of your drip line whilst the system is switched on to see if there is any visible damage. For drip line that has been buried, check for areas where water is pooling which might indicate a split pipe. Damaged irrigation pipe is easily replaced by cutting out the damaged pipe using Pipe Cutters and connecting the drip line back together using a Barbed/Nut Lock Joiner.
Pressure Loss: Make sure any open end of the drip line is plugged using an End Cap. This maintains water pressure at the correct level for emitters to function.
How can I connect my Drip Line to a Garden Hose Pipe?
You can also use LDPE Irrigation Pipe to take water to your drip line system, simply join each length using a Barbed or Nut Lock Joiner that fits the diameter of your pipe. Top Tip: Use a Reducing Joiner if you are using a supply pipe and drip line of different sizes.
Can Drip Line be run from a Water Butt?
Connect a small drip line system from a Water Butt. We recommend using 4mm drip line or a short length of up to 15 metres of 14mm Non-Pressure Compensated Drip Line or Micro Drip Line. Top Tip: Irrigation systems fed directly from a water butt rely completely on the pressure generated from gravity. To increase the pressure, raise the height of your water butt by installing it on a Water Butt Stand. For more information, visit our Water Butt Irrigation System Guide.
Can Drip Line be left out during the winter?
HydroSure Drip Line is manufactured from high-quality weather-resistant materials and can remain in place without uplifting at the end of the watering season. To further prolong the life of the pipe structure and emitter outlets, flush the system throughout the watering season and at the time of final watering before the winter months. To flush a drip line, remove the End Caps and switch the system on for 2-3 minutes to allow any internal debris to wash out. Switch the system off and allow the pipe to drain before replacing the end caps to ensure there is no sitting water. Once the system has finished draining, replace the end caps to prevent insects from crawling in and blocking emitter outlets.
Top Tip: A Flushing Valve or Adjustable Valve can be installed instead of an end cap for dual-functioning flushing and draining capabilities without cutting the pipe and purchasing new end caps each time.
Drip Irrigation vs. Soaker Hose
Both Soaker Hose and Dripline are effective watering methods as they deliver water directly to the plant's roots. Drip line, however, delivers a uniform application of water with much longer run lengths up to 200 metres that are both consistent and easily measurable by litre per hour output. Dripline is also available with built-in Pressure Compensation ideal for sloped terrain and Anti-Siphon varieties for reliable protection against debris-clogging the emitters when installed sub-surface.
A soaker hose is a more flexible irrigation method as water seeps through the porous layers along the length rather than at individually spaced outlets where the drip line is concerned. Whilst the soaker hose is easier to set up as it is compatible with connectors that fit a regular garden hose pipe, it is limited to run lengths of up to 30 metres when using a 13mm Soaker Hose and up to 80 metres when using a 16mm Soaker Hose.
The accurate and reliable delivery of water from drip line requires initial expense and maintenance in terms of additional Filters and system flushing to minimise emitter blockages. Soaker hose, however, tends not to block so requires minimal planning when building a soaker hose system.
The best Drip Line for sandy soil
In sandy soil, water moves quickly in a vertical wetting pattern. Closely spaced HydroSure Drip Line (15cm) with a higher flow rate ensures water remains available for the roots.
Drip Line can be extended using a Joiner the same size as the internal diameter of your pipe. Alternatively, shorten your drip line to the required length using Pipe Cutters making sure to avoid cutting the pipe at any emitter sites.
