Features & Benefits
What Makes Our Agriculture Pipes & Fittings Stand Out?
Weatherproof Durability
Increased Product Life
Stringent Quality Control
Leak-Proof Joints
Non-Reactive
Convenient and Easy Installation
Available in Standard Sizes

Applications

Discover the Versatility of Finolex Agriculture Pipes & Fittings

Irrigation Schemes

The Finolex agri pipes are ideal for efficiently transporting water in large-scale irrigation systems.

Potable Water Supply Lines

Our pipes are safe for drinking water, making them ideal for households and commercial establishments."

Biogas Plants

The Finolex pipes are designed to handle the transportation of biogas effectively and securely in biogas plants.

Rising Main and Distributing Lines

Our pipes are reliable for transporting water to elevated areas and distributing it evenly.

Main Lines for Sprinkler and Drip Irrigation

They are well-suited for the main lines in sprinkler and drip irrigation systems, ensuring efficient water distribution to crops.

Household

Our pipes are versatile and can be used for various household applications, such as plumbing and drainage systems.



Product Range
Our Extensive Range of Agriculture Pipes & Fittings

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Technical Details
Decoding Technical Details of Our Agriculture Pipes & Fittings

Finolex Solvent Cement and Lubricant

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Installation of Agriculture Pipes & Fittings
Efficient Jointing Techniques for Ringfit Pipes
Step 1: Surface Preparation
Begin by thoroughly cleaning the pipe surface, ensuring the removal of any dirt, grease, or moisture using a clean, dry cloth.
Step 2: Rubber Ring Fitment
Carefully clean the rubber ring and inspect for any surface dirt. Gently insert the cleaned rubber ring into the pipe groove by hand.
Step 3: Precision Cutting
Ensure a precise, square cut for the pipe. The fitting socket's base requires a rubber ring for a proper seal, making it essential to avoid angled cuts that may lead to potential leakage.
Step 4: Chamfering and Surface Cleaning
Remove any remaining surface dirt, grease, or moisture with a clean, dry cloth. Create a 10°–15° chamfer at the end of the pipe for optimal assembly.
Step 5: Lubrication Application
Before insertion, evenly apply a layer of lubricant on both the rubber ring and the outer diameter of the pipe to facilitate smooth assembly.
Step 6: Assembly Process
Effortlessly push the pipe into the integrated ring socket until it reaches the end, ensuring a secure and effective assembly.
Step 1: Accurate Measurement
Begin by measuring and marking the required length of the pipe.
Step 2: Precise Cutting
Cut the pipe squarely to ensure a secure fit. Use a rubber ring at the base to prevent leakage from angled cuts.
Step 3: Deburring and Chamfering
Eliminate burrs inside and outside the pipe using a knife, file, or deburring tool. Create a 10°–15° chamfer at the pipe end.
Step 4: Thorough Cleaning
Remove surface dirt, grease, or moisture with a clean, dry cloth.
Step 5: Dry Fit Check
Insert the pipe one-third to half the way into the socket with light pressure. Avoid using pipes and fittings that are too tight or too loose.
Step 6: Solvent Cement Application
Apply an even layer of cement to the outer side of the pipe and a medium layer to the inside of the fitting.
Step 7: Assembly Process
Join the pipe and fitting socket until in contact with the socket bottom. Hold them together until the pipe does not retract. Remove excess cement from the exterior surface for a properly made joint, characterised by a continuous bead of cement around the perimeter.


Do’s and Dont’s
Do’s

The pipes should be laid on a firm soft surface

The pipes should be laid at a sufficient depth below the ground to avoid damage due to the movement of heavy vehicles or machines

The ring-fit pipes offer the flexibility of movement of 2 degrees in each joint

Dont's

The pipes should never be laid on rocky surfaces and where sharp objects may damage pipes

The pipes should not be laid on stilts, stubbed columns or supports

The pipes are not suitable in waterlogged areas

Frequently Asked Questions

Learn More About Finolex Agriculture Pipes & Fittings

Finolex provides a diverse range, including PVC-U pressure pipes, selfit pipes, and ringfit pipes, along with fittings, tailored for agricultural needs.

Our agriculture pipe range spans various sizes and materials, meeting the demands of diverse agricultural applications.

Designed for irrigation, water supply, and other agricultural purposes, our pipes and fittings ensure efficient and reliable performance.

For the agriculture pipeline scheme, it is recommended to use a single pipe of 6 kg/cm2 from the source of water or pump to ensure adequate water pressure and an efficient irrigation system. The exact number of 6 kg/cm2 pipes needed at the beginning of the pipeline will be indicated by the 'L' section from your consulting engineer. This depends on factors like pipeline head, losses, and water surge. 

Heavy-duty solvent cement for agriculture pipes is typically used for agriculture pipe sizes above 100 mm (4’’) ranging from 1.5 inches to 12 inches or larger, depending on the specific requirements and regulations of the agriculture pipeline system.

Our PVC agriculture pipes adhere to the IS 4985 Standard.

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