Sprinkler Irrigation

In Sprinklers, the method of irrigation, is that the water is sprayed into the air and allowed to fall on the ground surface somewhat resembling rainfall. This spraying of water drops is developed by the flow of water under pressure through small orifices or nozzles. The pressure is usually obtained by pumping and tube-wells connected directly to sprinkler system . With careful selection of nozzle sizes, operating pressure, sprinkler spacing and other parameters associated with them, the amount of irrigation water required to refill the crop root zone can be applied nearly uniform at the rate to suit the infiltration rate of soil.

Advantages of Sprinkler Irrigation System.

Suitability.

Suitable to all types of Soil (except heavy clay) and Suitable for Irrigating Crops where the plant population per unit area is very high & Most Suitable for Oil Seeds and other Cereal and Vegetable Crops.

Water Saving & Controlling.

Saves more Water then other types of Irrigation. Closer control of Water Application Convenient for Giving Light and Frequent Irrigation and Higher Water Application Efficiency, & Increase in Yield, Better Farming.

Mobility.

Mobility of Sprinklers System plays a major role in Irrigation, mobility helps farmers to distribute more water supply using same set of sprinklers which is Cost effective, and Economic for Farmers.

Coverage Area.

Spray heads at the outlets distribute the water over the entire soil surface. Sprinklers provide efficient coverage for small to large areas and are suitable for all types of crops.

Operations and Maintenance.

The operation and maintenance of irrigation equipment for gardens, such as sprinkle or spray heads, is not tricky and thus easy to handle for everyone.

Health Aspect.

When water quality is very low (e.g. wastewater) and/or solvable fertilizer was added, workers should not stand close to the irrigated field to avoid contact with the water.

Our Sprinkler Irrigation Products

ML-01 | Mita Locks Pvt. Ltd. | Sprinkler Nozzles

ML-01 Sprinkler

Leveraging on our vast industry experience, we are offering our clients a finest quality range of Sprinkler Trajectory Angle 27 Degree.

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ML-02 | Mita Locks Pvt. Ltd. | Sprinkler Nozzles

ML-02 (L) Sprinkler

Body and Arm: Gun Metal, Springs: Phosphor Bronze or Stainless Steel, Washers: PTFE Brass and Nitryl

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ML-2-(M) (Custom)

ML-02 (M) Sprinkler

Body and Arm: Gun Metal, Springs: Phosphor Bronze or Stainless Steel, Washers: PTFE Brass and Nitryl

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ML-02 (H) | Mita Locks Pvt. Ltd. | Sprinkler Nozzles

ML-02 (H) Sprinkler

Body and Arm: Gun Metal, Springs: Phosphor Bronze or Stainless Steel, Washers: PTFE Brass and Nitryl

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ML-03 | Mita Locks Pvt. Ltd. | Sprinkler Nozzles

ML-03 Sprinkler

Body and Arm: Gun Metal, Springs: Phosphor Bronze or Stainless Steel, Washers: PTFE Brass and Nitryl, Pivot: Stainless Steel

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Zinc Nozzle | Mita Locks Pvt. Ltd. | Sprinkler Nozzles

ML - 2 (Zn) Sprinkler

Body and Arm: Gun Metal, Springs: Phosphor Bronze or Stainless Steel, Washers: PTFE Brass and Nitryl, Pivot: Stainless Steel

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Response of Different Crops to Sprinkler Irrigation.

  • Water Saving
  • Yield Increase

Crops Response to Sprinkler Manufacturer.

The Trials conducted in different parts of the country revealed Water Saving due to Sprinkler System varies from 16 to 70 % over the traditional method with Yield increase from 3 to 57 % in different Crops and Agro-Climatic Conditions. Source : INCID (1998)