Cu Turbo Compact ™
Copper Oxide Infused
Cylindrical Turbulent Emitter
Compact and extremely durable emitter. Developed for a wide range of deep buried, multi seasonal subsurface applications, for more than 15 years, depending on dripline thickness.
Copper Oxide Compound
Our Cu Emitter Line™, provides a solid defense against root intrusion in SDI installations. The copper oxide compound which our emitters contain, act as a barrier to roots and invasive underground rhizomes of the plants. Moreover, the Cu compound that we use inhibits the growth of algae, bacteria, and fungi development, reducing the risk of clogging in the emitters and dripline. The Cu Emitter Line™ products use the same injection moulding process as the non Cu emitters, since the PE compound contains the active copper oxide ingredients.
Emitter Flow Path
One of the most important elements in the design of an emitter is the flow path. Its width, depth and length determine the flow rate of the emitter in liters per hour but most importantly determines their anti-clogging ability. A highly turbulent flow design creates multiple vortexes inside the flow path and therefore prevents clogging.
Emitter Characteristics
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Cu compound infused emitter that prevents root intrusion and inhibits the growth of algae, bacteria, and fungi development.
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Available in two flow rates 2,0 and 4,0 l/h (0,53 and 1,06 g/h)
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Suitable for driplines with 16mm diameter
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Designed for insertion systems of wall thicknesses ranging from 25 mil up to 47 mil (0,65 mm - 1,2 mm)
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Manufactured from the finest raw materials that provide durability and long-lasting performance
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Wide and accurate water passages along the labyrinth
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Specially designed labyrinth creates high turbulent flow, therefore preventing clogging of the emitter.
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High UV resistant
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Very high resistance to agrochemicals and hard field conditions
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Injected molded emitters with excellent Coefficient of Variation (CV), less than 5%
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Advanced water inlet design, increases filtering area and prevents particle insertion in the emitter, thus enhancing the anti-clogging performance
