Agriculture Piping System||Best PVC Pipes For Agriculture

An agricultural piping system or pressure piping system is a perfect solution for water supply and irrigation. Agriculture piping system includes a wide range of fittings in different sizes and classes. These pipes are now the prime choice of farmers, water supply bodies, and different institutions that have successfully replaced conventional piping systems. These pipes are superior to CI, DI, OR RCC pipes because of the following reasons

• Light in weight, easy to transport, and saves labour.
• Easier and quicker installation.
• Quicker installation.
• Excellent corrosion and chemical resistance properties.
• High flow rates.
• Better flow for optimum yields.
• Long life and economy.

Best PVC Pipes For Agriculture

With its vast choice of Pipes & Fittings in various diameters and pressure classes, the APL APOLLO Agriculture Piping System is a suitable solution for water delivery and irrigation. Farmers, water supply bodies, and various government organizations are now preferring the APL APOLLO Agriculture Piping System over conventional piping. These pipes provide a maintenance-free solution for a more than 50-year corrosion-free service life.APL Apollo offers two types of pressure pipes with distinct sorts of joints, solvent cement type and rubber seal type. Along with them, a large range of moulded fittings and handcrafted fittings are available. APL Apollo Pressure or Agri Pipes are made in accordance with IS-4985, and the Fittings in accordance with IS-7834.

WHAT MAKES APL APOLLO PVC Pipes A GOOD OPTION FOR AGRICULTURE?

Pesticides and fertilizers are abundant on farms, where they can readily distort and deteriorate a pipe with poor strength, quality, and resilience. They just require the best producer of agricultural pipes, thus. Thankfully, APL Apollo  PVC Agri Pipes are the top PVC pipes for agriculture in India. These PVC pipes are excellent value for money and have a long lifespan in agriculture. These agricultural pipes and fittings can be purchased for a lot less money when compared to metal pipes. The PVC Agri pipes can even be customized to your needs, and you won't have any problems burying your pipe because they have excellent crush resistance. In comparison to flexible and sensitive polyethylene tubing, it can handle pressure and unexpected weight better. The interior of PVC pipes is smooth. In contrast to pipelines constructed of materials like clay and copper, these pipes make sure that water flows smoothly to its destination without encountering any obstructions.

APL Apollo Pressure Pipes or Agri Pipes are versatile products with a variety of uses in (Potable Water Transportation) (underground Pipelines) for agriculture farms and domestic water supply lines, agricultural & domestic tube wells & bore wells, as well as they are frequently used as drain pipes in residential, commercial, and industrial buildings. The fittings for PL Apollo Pressure Pipes are produced in accordance with IS-7834 and IS-4985, respectively. For a longer, non-rusting, and corrosion-free service life of more than 50 years, APL Apollo Pressure Pipes provide a maintenance-free alternative. APL APOLLO Pressure Pipes & Fittings are renowned for their versatile characteristics and wide range of uses in the transfer of potable water and underground pipe lines. Agricultural & domestic tube wells & bore wells, farms, & domestic water supply lines all use them. In the commercial, industrial, and residential buildings, they are also employed as drain pipes.

Below are the points which reflect that APL Apollo PVC pipes are the best choice for agriculture piping systems.

• MADE FROM HIGH-QUALITY RAW MATERIALS
• MACHINING OF Extremely High quality
• EASY TO MANAGE, TRANSPORT, AND INSTALL
• OUTSTANDING CHEMICAL RESISTANCE
• NON-CONDUCIVE
• LIFE CYCLE LONGEVITY
• MANUFACTURED TO EXTREME QUALITY STANDARDS
• EASY TO USE

INSTALLATION GUIDE FOR AGRICULTURE PIPING SYSTEM

STEP 1: CUTTING

Use a hand saw to cut a pipe and make sure to cut the pipe at the right angle from all sides. There should not be any burr on the edges.

STEP 2: DEBURRING AND RIDGE REMOVAL

Use a deburring knife or abrasive paper to remove all burrs and ridges on the inner and outer edges of the pipe.

STEP 3: CLEANING

Remove the dust, dirt, oil, moisture, and other foreign material during installation by using dry cloth.

STEP 4: CHAMFERING

The pipes need to be chamfered from the outer side after cutting. Give 2mm wide, 150 chamfers on spigot end.

 STEP 5: DRYFIT TEST

Insert the pipe end into the socket of the next pipe to check that interference occur at about 1/3 to 2/3 of the socket depth. Perform this activity before applying solvent cement.

STEP 6: APPLICATION OF SOLVENT CEMENT

Mark the pipe length and apply a liberal coat of solvent cement via brush at the correct place.

STEP 7: JOINTING

The pipe should be pushed inside the fitting properly to maintain equality from all sides. Wipe off excess solvent cement. Hold both pipes for 2 minutes to attain the perfect joint.

Things to remember:

• Pipeline installment should be done with proper alignment along with necessary clamps.
• Do pressure testing before concealing work.
• Pressure testing might be carried out after a curing period of 24 hours.