Toro is pleased to announce the release of Neptune Flat Emitter Dripline in 24-mil wall thicknesses for both 5/8” and 7/8” internal diameters. The thicker wall flat emitter dripline can be used for semi-permanent installations, on the ground or subsurface, or in challenging conditions that demand a thicker walled product.
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On Friday, June 26, 2015 at 1:00PM (Pacific Time), the Grange Network will be hosting a 60-minute, FREE webinar to review the essential material components of micro-irrigation drip tubing and discuss key material attributes that contribute to high performance tubing. Included in the webinar will be a an overview of how polyethylene is produced, its key characteristics/attributes and considerations when selecting the appropriate grade for micro-irrigation applications. Mark Jablonka, Research Scientist in the Performance Plastics Technical Service and Development (TS&D) group at The Dow Chemical Company, will lead the discussion.
Date: Friday, June 26, 2015
Time: 1:00PM Pacific / 4:00PM Eastern (60 Minute Session)
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Toro has announced the release of Neptune Flat Emitter Dripline in 8-mil and 18-mil wall thicknesses for both 5/8” and 7/8” internal diameters. This augments the existing 10-, 13- and 15-mil wall thickness offering. Neptune 8-mil is also available in an 8-inch emitter spacing for superior wetting patterns. With this expansion, Toro’s Neptune can now economically serve a wider variety of crop applications that demand both thinner and thicker walled driplines, such as short-season vegetable crops and multi-season fruit crops.
Toro recently announced that its micro-irrigation (aka. drip irrigation) product catalog for the agriculture industry is now available in both English and Spanish languages. The catalog covers Toro’s entire micro-irrigation product offering and highlights features, benefits, and specifications for each product.
However, what’s most interesting is that with the addition of a Spanish language catalog, Toro has displayed its dedication to customers throughout Latin America, as well as its commitment to accuracy and quality.
Continue readingEmission devices vary according to their flow rate, hydraulic characteristics and wetting pattern. The ideal emission device is durable (withstands
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