Low-Volume Spray Nozzle serves machining operations.
August 24, 2011 -
Designed for spray coating applications or spot lubrication, LV nozzle consistently applies small amounts of fluid in fan or cone pattern. It is operated with compressed air input signal, and integral valve at nozzle tip allows pressurized fluid to flow when air signal is present. Volume of fluid and atomizing air are controlled with independent precision needle valves, and optional adapter lets nozzle be combined with rigid copper or flexible plastic extension for access to tight areas.
Original Press release
UNIST, Inc.
4134 36th St., S.E.
Grand Rapids, MI, 49512
USA
Unist Announces New Low-Volume Spray Solution.
Introducing the Unist Low Volume Nozzle
Grand Rapids, MI - Unist, Inc. (www.unist.com)
Unist, Inc., introduces the LV spray solution which was designed to consistently apply small amounts of fluid in either a fan or cone spray pattern for spray coating applications or for spot lubrication in machining operations. The nozzles are operated with a compressed air input signal and an integral valve at the nozzle tip which allows the pressurized fluid to flow whenever the air signal is present. The volume of both the fluid and atomizing air are controlled with independent precision needle valves. An optional adapter allows the nozzle to be combined with a rigid copper or flexible plastic extension, allowing for access to tight areas. Nozzles can also be ganged together to create wide area coverage through overlapping spray. Unist offers a variety of pressure tanks, actuation valves, and mounting options which can be combined to form a complete system. Designed primarily to spray lubricants, the LV nozzles are commonly used in metal forming operations, machining, assembly applications, or any place a repeatable amount of lubricant needs to be sprayed.
About Unist:
Formed in 1957, Unist, Inc. is the leading manufacturer of environmentally friendly lubrication systems designed to reduce fluid consumption while improving operational efficiency in metal cutting and metal forming operations.
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