Drip Pipe inline

Drip Pipe inline Specification

Flow Rate
2 LPH, 4 LPH, 8 LPH (per emitter)

Coverage Area
Varies as per pipe length and layout

Automation Grade
Manual / Semi-automatic

Filter Type
Screen / Disc (System Recommended)

Power Source
Manual / Gravity / Pump Base

Product Type
Inline Drip Pipe

Form
Tubular / Roll

Material
HDPE / LLDPE / Polyethylene

Diameter
12mm, 16mm, 20mm

Usage
Agricultural, Horticulture, Polyhouse, Greenhouse, Landscape

Rotation Angle
180 / 360 (Emitter design dependent)

Application
Irrigation of crops, landscaped gardens, horticultural & greenhouse irrigation

Area
Field / Garden / Greenhouse

Pressure
0.5 to 2.5 kg/cm

About Drip Pipe inline

Providing you the best range of Agricultural HDPE Pipe Fittings i.e. Adapter, EP Reducer Welded, Pipe Coupler, Tail Socket, Pipe Black Coupler and KP End Cap with effective & timely delivery

Precision Irrigation for Diverse Crops

Engineered for efficiency, this drip pipe is suitable for vegetables, row crops, orchards, and horticulture. Its customizable emitter spacing and flow rates (2, 4, or 8 LPH per emitter) ensure tailored water delivery, optimizing plant growth while conserving resources. The UV-resistant material withstands harsh climates and extended service life.

Versatile and Durable Design

Constructed with high-quality HDPE, LLDPE, or polyethylene, the pipe is available in black with a distinctive blue stripe for quick identification. Its robust construction allows a working pressure of up to 2.5 kg/cm and bursting pressure above 3.2 kg/cm, making it reliable for long irrigation runs (up to 400 m).

Flexible Installation and Application

This system is designed for manual, semi-automatic, or pump-based irrigation setups, adaptable to surface or subsurface installation. Packaged conveniently in rolls or coils, its easy to transport and deploy for various applications, including greenhouses, polyhouses, and open fields.

FAQs of Drip Pipe inline:

Q: How do I choose the appropriate emitter spacing for my crops with this drip pipe?

A: Emitter spacing can be customized to 30 cm, 40 cm, or 50 cm based on crop type and water requirements. Generally, closely spaced crops like vegetables benefit from smaller spacing, while row crops and orchards may utilize wider intervals. Consult agronomic guidelines to optimize irrigation uniformity and efficiency.

Q: What materials are used for the pipe and how does this impact durability?

A: The pipe is manufactured from HDPE, LLDPE, or polyethylene, all known for their flexibility and strength. The UV-resistant composition ensures durability under prolonged sunlight exposure, and the pipe can deliver a service life of more than five years when used under standard operating conditions.

Q: When is the best time to install this drip pipe system in my field or greenhouse?

A: Installation is typically carried out before planting. Planning ahead ensures minimal disturbance to crops and allows the system to be tested for leaks and optimal flow rates. Both surface and subsurface installation methods are supported, depending on your crop and field conditions.

Q: Where can the drip pipe be used and what types of fields or greenhouses are suitable?

A: This drip pipe is versatile and designed for use in open agricultural fields, gardens, orchards, greenhouses, polyhouses, and landscaped areas. Its adaptability extends to both large-scale farms and smaller horticulture or residential setups.

Q: What process should I follow for installing the drip pipe?

A: Begin by laying out the pipe according to your planting layout and desired emitter spacing. Secure the pipe, connect it to a suitable water source (manual, gravity, or pump-based), and ensure a recommended filter (screen or disc) is installed to prevent clogging. Test the system for consistent water delivery before commencing routine irrigation.

Q: How does using this drip pipe benefit crop yield and water efficiency?

A: The precise, controlled water application directly to the root zone minimizes evaporation, reduces weed growth, and enhances plant health. This results in improved crop yields and water use efficiency, offering savings on both water and fertilizer inputs.

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