The Pluvio 16 mm irrigation hose with integrated drippers is a robust tool designed for highly efficient, localized irrigation of medium- to long-term crops. With an 8-mil wall thickness, this hose offers superior mechanical strength in the field, ensuring a uniform flow rate of 2.0 L/h via emitters spaced 20 cm apart—thereby optimizing moisture levels in the root zone. Additionally, its 2,600-meter roll format simplifies installation for large-scale projects requiring durability and precise water control.
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This powerful 3″ gasoline-powered water pump is designed for the efficient transfer of large volumes of water in agricultural, construction, and utility maintenance applications. Equipped with a high-performance Koshin engine, it delivers a maximum flow rate of up to 1,050 L/min and features a robust steel frame that facilitates transport while ensuring a long service life, even under demanding field conditions.
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This low-angle (14°) microsprinkler delivers superior performance with a flow rate of 200 LPH; it is specifically designed for under-tree irrigation that requires higher water volumes without wetting the foliage. Thanks to its 1.98 mm nozzle and flat trajectory, it ensures uniform coverage and exceptional wind-drift resistance, making it the ideal choice for high-density orchards and row crops.
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The high performance of CASE IH sugar cane harvesters is the result of more than 50 years of research, product development, and a continuous commitment to offering advanced solutions to the sector. The technological innovations of our harvesters ensure high productivity and availability, guaranteeing the delivery of raw material that meets industry specifications. CASE IH is globally recognized as a pioneering brand and leader in the sugar cane segment. We create and set the standards in agricultural technology.
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Irriland hose reels offer maximum mobility and automation for irrigating large areas. Their high-efficiency turbine system enables automatic, precise sprinkler retraction, optimizing water use and reducing labor requirements across various types of terrain and crops.
