BARNSTAPLE, UK, 8th April 2021—Parker Instrumentation Products Division Europe – part of Parker Hannifin, the global leader in motion and control technologies – has launched its latest catalogue and most up-to-date needle valves and manifold solutions range. Designed with engineers in mind and the ever more demanding needs of the applications, this catalogue details the full capabilities of Parker’s manifold range, manufactured at its globally recognised, lean model plant in Barnstaple, Devon in the UK.
As a market-leading supplier of instrumentation connections, Parker’s 76-page catalogue includes a focus on fully integrating tube connections directly into the manifolds, thereby eliminating troublesome NPT (typically) threads and offering superior advantage.
Spencer Nicholson, Manifold Solutions Product Manager at Parker Instrumentation Products Division said: "This latest product evolution and catalogue offering reinforces the Parker commitment to ongoing innovation in valve and manifold solutions for process measurement applications by integrating best available technologies and thereby presenting industry with improved solutions that meet ever-changing requirements."
The Instrumentation Products Division, Europe provides highly engineered pressure and temperature process control instrumentation and systems. These range from compression tube fittings, cone and thread fittings, needle valves, ball valves, compact stream switching valves to modular process to instrument valve packages. These items are all developed and manufactured to increase our customer's up-time, maintain safety, improve production and quality control. Learn more at www.parker.com/ipd.
Parker Hannifin is a Fortune 250 global leader in motion and control technologies. For more than a century the company has been enabling engineering breakthroughs that lead to a better tomorrow. Learn more at www.parker.com or @parkerhannifin.
###
Spencer Nicholson
Parker Hannifin Manufacturing Ltd.
Instrumentation Products Division, Europe
snicholson@parker.com