AFP Drip Irrigation Tape —
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Drip tape, also known as drip irrigation tape, is the core component of a pressurized irrigation system in row crops. Abgostar Fara Parsian (AFP) manufactures side-seam and emitter drip irrigation tape with a wall thickness of 175 to 200 microns, 1000 m rolls and emitter spacing of 10, 20 and 30 cm. If you are looking to buy drip tape made from first-grade petrochemical material, with a one-season warranty and direct-from-factory pricing, get free technical advice:
📞 0913-931-0932

What is drip tape and how is it used in modern agriculture?

Drip tape, also called drip irrigation tape in agriculture, is a thin-walled, flexible polymer pipe that has transformed row-crop irrigation systems. Unlike rigid polyethylene pipes, these tapes have a soft structure: they swell when water flows in and return to a flat shape once the flow stops. The main job of the system is to deliver water, fertilizer and nutrients drop by drop directly to the plant’s root zone.

Using drip irrigation tape saves 40 to 60 percent of irrigation water, raises crop yield, reduces weeds and creates uniform growing conditions on large farms. Drip tape is mainly used in row crops and vegetables: tomatoes, cucumbers, onions, potatoes, watermelons, melons, forage corn, wheat, barley, cotton, sugar beet and strawberries, as well as greenhouse irrigation and subsurface cultivation.

Technical specifications of AFP side-seam drip tape (1000 m roll)

How a drip irrigation system works

Irrigation tapes are laid along the crop rows, and emitters or drippers built in at regular intervals (10, 20 or 30 cm) break the water pressure. After passing through a zigzag path, the water leaves at low pressure, drop by drop. The result is permanently moist soil around the roots, less surface evaporation, fewer weeds and, ultimately, better and faster crop growth. By injecting fertilizer along the same line (fertigation), fertilizer-use efficiency can also be increased considerably.

Types of drip tape and how they differ

Drip irrigation equipment is divided by design into two main groups: side-seam drip tape (seamed) and emitter drip tape (with drippers). Seamed models control water pressure through a zigzag path sewn into the edge of the tape, while emitter models have separate injected drippers with higher distribution accuracy. The choice between them depends on land slope, row length, water quality and crop type.

For a more detailed technical look, read the full article Types of irrigation tape and what each is used for and The difference between side-seam and emitter drip tape.

Features and benefits of drip irrigation tape

• UV resistance: A carbon-black masterbatch protects the polymer from sunlight damage throughout the growing season.
• Uniform discharge: Standard raw materials keep the flow difference between the start and end of the line to a minimum.
• Light weight and easy transport: A 1000 m roll weighs only 10 to 12 kg.
• Quick installation on any land: Works on flat or uneven fields and cuts labor costs significantly.
• Lower repair costs: Integrated stitching and a uniform wall reduce the chance of tearing when the line is filled.
• Fertigation capability: Delivers dissolved fertilizer directly to the root zone.

More details are on the drip tape features and characteristics page. You can also see the product quality test results in our quality control lab.

Roll length, weight and dimensions of drip tape

Drip irrigation tape rolls are made in lengths of 1000, 1500 and 3000 m so that farmers can choose the most economical option for their field size. For example, a 1000 m roll with a 175 micron wall weighs about 8.5 to 12 kg. The flat, compact design of the tape makes storage, laying out at the start of the season and collecting at the end of the growing season quick.

Technical specifications and standard thickness of drip tape

The final quality of drip irrigation tape is directly related to its petrochemical raw material. Products made to international standards are highly resistant to environmental stress, chemical fertilizers and temperature changes, and the engineered design of the emitters prevents suspended particles from blocking the water path. For more information, see the article Technical specifications of irrigation drip tape.

Wall thickness is a critical factor: a wall that is too thin leads to early tearing on stony ground, while a wall thicker than needed adds unnecessary cost. In general, 175 microns is recommended for light soils and single-season crops, and 200 microns or more for stony land, hot regions and long-term crops. A selection guide is available in the article The ideal wall thickness of irrigation tape.

In addition to thickness, the flow rate of the outlets must match the soil texture and the water needs of the plant, to prevent surface runoff in heavy soils and deep percolation in sandy soils.

Drip tape price and the cost of drip irrigation for one hectare

The price of drip tape is not fixed and changes with the cost of petrochemical raw materials, so call to ask for today’s price and stock: 0913-931-0932. The main factors affecting the price of each roll of irrigation tape are:

• Roll weight and thickness: The most important factor; a 12 kg roll costs more than an 8.5 kg roll because it contains more material.
• Raw material grade: New material versus recycled material; cheap material multiplies mid-season repair costs.
• Emitter spacing: A 10 cm tape has more outlets and costs more than 20 and 30 cm tapes.
• Product model: The emitter type costs more than the side-seam type because of its injected dripper.
• Roll length and order volume: Buying in bulk directly from the factory lowers the final cost per meter.

How many rolls of drip tape are needed for one hectare?

The calculation formula is simple:

Drip tape length (m) = 10,000 ÷ distance between two tapes (m)

Also include three other cost items in the budget for one hectare: fittings and accessories (layflat or polyethylene pipe, branch valves, disc or screen filters, connectors), which make up a significant share of the initial investment; installation and labor costs for laying the tapes properly; and seasonal maintenance costs, including flushing the lines and clearing clogs. For an accurate estimate for your own land, you can use our agricultural land inspection service or the order request form.

Complete guide to installing and maintaining drip irrigation tape

Proper installation steps for drip tape

1. Prepare and roughly level the planting bed, and remove clods and sharp stones.
2. Install the manifold (supply pipe) at the head of the rows, and fit the filter and the pressure-regulating valve.
3. Lay the roll along the crop row, without twisting and without stretching the tape too much.
4. Connect the tapes with standard fittings (start connectors, couplers and clamps) and close the ends of the lines.
5. Run a trial fill at 0.8 to 1 bar and check that water output is uniform at the start and end of the line.

A step-by-step visual tutorial is available in How to install irrigation drip tape.

Maintenance tips and extending service life

• Flush the ends of the lines at the start of the season and periodically afterwards to remove sediment.
• Use suitable filtration (screen or disc) to prevent the emitters from clogging.
• Check the pressure gauge weekly and inspect the lines visually for tears and leaks.
• Use a light acid wash if the water leaves limescale deposits, and chlorinate if algae grow.
• Collect the tapes properly at the end of the season and hand them over to recycling centers.

Additional information is available in the article Maintenance and management of irrigation drip tape.

Main components of a drip irrigation system

• Drip tape / drip line: The main artery that distributes water across the field.
• Emitter unit: Releases water at a defined, controlled flow rate.
• Supply pipes (manifold): Carry water from the source to the head of the crop lines.
• Filtration station: The heart of the system, preventing the irrigation tape from clogging.
• Valves and fittings: Control the flow, switch sections on and off, and connect the lines.

Buying drip tape from the manufacturer: why AFP?

For years, Abgostar Fara Parsian (AFP) (registration no. 4214, national ID 14006782047) has been manufacturing and supplying drip tape and polyethylene water pipes to farmers. Before you buy irrigation tape, check the following:

• Pressure endurance test (burst test): The product must have passed a hydrostatic pressure test.
• Warranty and after-sales service: A valid warranty for one growing season removes the risk of purchase.
• Packaging and shipping quality: Shrink wrap and cartons prevent the tape from scratches and tears in transit.
• Custom production: Emitter spacing and thickness matched to your plant spacing and soil texture.
• True roll weight: Weigh the roll; weight is the most honest measure of drip tape quality.

Products are shipped across Iran, including Isfahan, Khuzestan, Fars, Kerman, Razavi Khorasan, East and West Azerbaijan, Kermanshah, Ilam, Mazandaran and Golestan. To see the models and place an order, use our order request form or visit the Contact Us page.

Frequently asked questions about drip tape and irrigation tape