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About Nozzles
Nozzles alter and control the stream or spray pattern of fluid in a spraying, dispensing, misting, or atomizing system. They are used to dispense media such as abrasives, adhesives, chemicals, coatings, coolants, inks, fuels, lubricants, plastics, powders, steam, and water. Application ratings for nozzles are based on published literature. Consult suppliers for unlisted or custom applications. Some nozzles are designed for cleaning, coating, cutting, fire protection, fuel injection, humidification, ionizing or anti-static applications. Others are designed for machining, spray drying, plasma spraying, thermal spraying, or welding applications. Maximum pressure, maximum flow and orifice size are important specifications to consider when selecting nozzles. Most products are made of aluminum, brass, bronze, carbide, ceramic, copper, alloy steel, carbon steel, stainless steel, or thermoplastic materials. Spray patterns are characterized as concentrated or stream, flat or fan, hollow cone, solid cone, cylindrical, square, or rectangular.
Engineering Web: Nozzles - Machine Design
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Focused finite elements analyze nozzles | Machine Design Software called NozzlePro4 from Paulin's company (www.paulin.com) provides one way to stress-analyze nozzles. |
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Micro-Dispense Nozzles | Machine Design Micro-Dispense Nozzles September 27, 2007 |
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Motion Monitor from Machine Design and Motion System Design www.AutomationDirect.com Integrated motion technology makes "scents" for |
