PRODUCT DETAILS
Inline Drip Irrigation Pipe
(Dripper Inside)
Built-In Precision Irrigation for Uniform Crop Growth
Deliver water directly to plant roots with inbuilt drippers designed for uniform distribution, water efficiency, and high crop productivity.
—— OVERVIEW
About Inline Drip System
Our Inline Drip Irrigation Pipe is a highly advanced and efficient irrigation solution designed with inbuilt drippers placed at uniform intervals inside the pipe. This integrated design ensures precise and consistent water delivery directly to the root zone of each plant, eliminating water wastage and promoting uniform crop growth across the entire field. By maintaining optimal soil moisture levels, it significantly enhances overall crop health and productivity.
The system is engineered to simplify irrigation by removing the need for external emitters, reducing installation time and minimizing chances of errors. Its clog-resistant dripper technology ensures smooth and uninterrupted water flow, even in challenging water conditions, making it a reliable choice for farmers seeking hassle-free irrigation.
Manufactured using premium-quality UV-stabilized HDPE/LLDPE materials, these pipes are built to withstand harsh environmental conditions such as extreme sunlight, temperature variations, and chemical exposure. This ensures long-lasting durability and consistent performance over multiple farming seasons, making it a cost-effective investment.
5–7 Years+
Durability
—— Technical Data
Product Specifications
EMMITING PIPE (INTEGRAL DRIP LINE) HYDROGOL
|
Size
|
DISCHARGE
|
THICKNESS
|
SPACING
|
|---|---|---|---|
|
12mm
|
2/4 Lph
|
0.5mm, 0.7mm
|
30cm To 120cm
|
|
16mm
|
2/4 Lph
|
0.6mm, 0.8mm
|
30cm To 120cm
|
|
20mm
|
2/4 Lph
|
0.8mm
|
30cm To 120cm
|
—— The Advantage
Proven Benefits
These benefits are proven in drip systems widely used in agriculture globally.
50%
Saves up to 50% water compared to traditional irrigation
20–30%
Improves crop yield and quality
30–40%
Reduces labor and
installation costs
90–95%
Ensures uniform plant growth
25–35%
Low maintenance with long
lifespan
40%
Ideal for large-scale and commercial farming
—— Premium Quality
Key Features
Inbuilt drippers – no need for external emitters
Uniform water distribution across crops
Advanced clog-resistant dripper design
UV stabilized for long outdoor life
Compatible with all online emitters
Suitable for low and medium pressure
—— Versatility
Applications
Mango
coconut
banana orchards
Greenhouses
polyhouses
Gardens
nurseries
Landscape irrigation projects
Farms with uneven crop spacing
Frequently Asked Questions
What is an inline drip pipe?
An inline drip pipe is an irrigation pipe with drippers built directly inside at fixed intervals. It delivers water uniformly to each plant’s root zone without the need for external emitters. This ensures consistent irrigation across the entire field. It is widely used for efficient and controlled water distribution.
Is it suitable for all crops?
Inline drip pipes are best suited for row crops and plantations where plants are evenly spaced. They provide uniform water flow to each plant, making them ideal for crops like cotton, sugarcane, and vegetables. For irregular spacing, other systems may be more suitable. It ensures maximum efficiency in structured farming layouts.
Does it clog easily?
No, inline drip pipes are designed with advanced clog-resistant technology to ensure smooth water flow. The emitters are engineered to prevent blockage from dirt or particles. When used with proper filtration, clogging is minimal. This makes the system reliable and low maintenance.
How long does it last?
Inline drip pipes typically last between 5 to 7 years depending on usage and maintenance. High-quality UV-stabilized materials protect them from sunlight and harsh weather. Proper handling and filtration can further extend their lifespan. This makes them a cost-effective long-term investment.
Is it suitable for export markets?
Yes, inline drip pipes are widely used in international markets such as Africa, the Middle East, and Asia. They meet global quality standards and perform well in diverse climatic conditions. Their durability and efficiency make them ideal for large-scale agricultural projects. They are a trusted choice for export and commercial use.
