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  NIV PTFE Media Isolation Valves
  • All wetted areas PTFE
  • Bidirectional
  • Minimal dead volume
 
 

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Part No.
Product Description 1-57 of 57
M-NR1-2-12 NIV Isolation Valve, 2-Way Normally-Closed, 0.040" / #10-32, In-Line Ports, 12 VDC
M-NR1-3-12 NIV Isolation Valve, 3-Way Selector/Diverter, 0.040" / #10-32, In-Line Ports, 12 VDC
M-NR2-2-24 2-Way Normally-Closed Isolation Valve, 0.062" Orifice, 24 VDC
M-NR2-3-24 3-Way Normally-Closed Isolation Valve, 0.062" Orifice, 24 VDC
M-NR3-2-24 3-Way Normally-Closed Isolation Valve
M-NR4-2-12 2-Way Normally-Closed Isolation Valve
M-NR4-2-24 2-Way Normally-Closed Isolation Valve
M-NR4-3-12 3-Way Normally-Closed Isolation Valve
M-NR4-3-24 3-Way Normally-Closed Isolation Valve
NR1-2-12 2-Way Normally-Closed Isolation Valve, 0.040" Orifice, 12 VDC
NR1-2-24 2-Way Normally-Closed Isolation Valve, 0.040" Orifice, 24 VDC
NR1-2M-12 2-Way Manifold Mount Isolation Valve, N-C, 0.040" Orifice, 12 VDC
NR1-2M-24 2-Way Manifold Mount Isolation Valve, N-C, 0.040" Orifice, 24 VDC
NR1-3-12 3-Way Normally-Closed Isolation Valve, 0.040" Orifice, 12 VDC
NR1-3-24 3-Way Normally-Closed Isolation Valve, 0.040" Orifice, 24 VDC
NR1-3M-12 3-Way Manifold Mount Isolation Valve, 0.040" Orifice, 12 VDC
NR1-3M-24 3-Way Manifold Mount Isolation Valve, 0.040" Orifice, 24 VDC
NR1O-2-12 2-Way Normally-Open Isolation Valve, 0.040" Orifice, 12 VDC
NR1O-2-24 2-Way Normally-Open Isolation Valve, 0.040" Orifice, 24 VDC
NR1O-2M-12 2-Way Manifold Mount Isolation Valve, N-O, 0.040" Orifice, 12 VDC
NR1O-2M-24 2-Way Manifold Mount Isolation Valve, N-O, 0.040" Orifice, 24 VDC
NR2-2-12 2-Way Normally-Closed Isolation Valve, 0.062" Orifice, 12 VDC
NR2-2-24 2-Way Normally-Closed Isolation Valve, 0.062" Orifice, 24 VDC
NR2-2M-12 2-Way Manifold Mount Isolation Valve, N-C, 0.062" Orifice, 12 VDC
NR2-2M-24 2-Way Manifold Mount Isolation Valve, N-C, 0.062" Orifice, 24 VDC
NR2-3-12 3-Way Normally-Closed Isolation Valve, 0.062" Orifice, 12 VDC
NR2-3-24 3-Way Normally-Closed Isolation Valve, 0.062" Orifice, 24 VDC
NR2-3M-12 3-Way Manifold Mount Isolation Valve, 0.062" Orifice, 12 VDC
NR2-3M-24 3-Way Manifold Mount Isolation Valve, 0.062" Orifice, 24 VDC
NR2O-2-12 2-Way Normally-Open Isolation Valve, 0.062" Orifice, 12 VDC
NR2O-2-24 2-Way Normally-Open Isolation Valve, 0.062" Orifice, 24 VDC
NR2O-2M-12 2-Way Manifold Mount Isolation Valve, N-O, 0.062" Orifice, 12 VDC
NR2O-2M-24 2-Way Manifold Mount Isolation Valve, N-O, 0.062" Orifice, 24 VDC
NR3-2-12 2-Way Normally-Open Isolation Valve, 0.093" Orifice, 12 VDC
NR3-2-24 2-Way Normally-Open Isolation Valve, 0.093" Orifice, 24 VDC
NR3-2M-12 2-Way Manifold Mount Isolation Valve, N-C, 0.093" Orifice, 12 VDC
NR3-2M-24 2-Way Manifold Mount Isolation Valve, N-C, 0.093" Orifice, 24 VDC
NR3-3-12 3-Way Normally-Closed Isolation Valve, 0.093" Orifice, 12 VDC
NR3-3-24 3-Way Normally-Closed Isolation Valve, 0.093" Orifice, 24 VDC
NR3-3M-12 3-Way Manifold Mount Isolation Valve, 0.093" Orifice, 12 VDC
NR3-3M-24 3-Way Manifold Mount Isolation Valve, 0.093" Orifice, 24 VDC
NR3O-2-12 2-Way Normally-Open Isolation Valve, 0.093" Orifice, 12 VDC
NR3O-2-24 2-Way Normally-Open Isolation Valve, 0.093" Orifice, 24 VDC
NR3O-2M-12 2-Way Manifold Mount Isolation Valve, N-O, 0.093" Orifice, 12 VDC
NR3O-2M-24 2-Way Manifold Mount Isolation Valve, N-O, 0.093" Orifice, 24 VDC
NR4-2-12 2-Way Normally-Closed Isolation Valve, 0.156" Orifice, 12 VDC
NR4-2-24 2-Way Normally-Closed Isolation Valve, 0.156" Orifice, 24 VDC
NR4-2M-12 2-Way Manifold Mount Isolation Valve, N-C, 0.156" Orifice, 12 VDC
NR4-2M-24 2-Way Manifold Mount Isolation Valve, N-C, 0.156" Orifice, 24 VDC
NR4-3-12 3-Way Normally-Closed Isolation Valve, 0.156" Orifice, 12 VDC
NR4-3-24 3-Way Normally-Closed Isolation Valve, 0.156" Orifice, 24 VDC
NR4-3M-12 3-Way Manifold Mount Isolation Valve, 0.156" Orifice, 12 VDC
NR4-3M-24 3-Way Manifold Mount Isolation Valve, 0.156" Orifice, 24 VDC
NR4O-2-12 2-Way Normally-Open Isolation Valve, 0.156" Orifice, 12 VDC
NR4O-2-24 2-Way Normally-Open Isolation Valve, 0.156" Orifice, 24 VDC
NR4O-2M-12 2-Way Manifold Mount Isolation Valve, N-O, 0.156" Orifice, 12 VDC
NR4O-2M-24 2-Way Manifold Mount Isolation Valve, N-O, 0.156" Orifice, 24 VDC
A Basic Overview of Electronic Valve Technologies Learn more about the different types of electronic valve technology Clippard utilizes and the benefits each can deliver for your application...  
Maximizing Precision & Flow Control While Reducing Heat Buildup in Chemical Analysis Systems Here's an example of how ultra-precise reagent control can be achieved with minimal heat buildup...  
Precise, Consistent Control Supports Cell Proliferation DV proportional valves provide gas feed mechanisms in stirred tank bioreactors.  
Using Multi-Channel Gradient Valves to Mix Corrosive Media NIV Gradient Isolation valves provide exceptionally low leak rates and minimal internal volume for demanding applications.  
Gradient Valves: A Versatile Solution for Fluid Mixing & Dispensing In fluid control systems, precision and reliability are essential. Gradient valves, also referred to as mixing valves or multi-stream vavles, are specialized devices designed to efficiently combine or divert multiple fluid streams. These valves offer a versatile solution for a broad range of medical, analytical, and industrial applications. This article outlines the function, design, and uses of gradient valves, with a particular focus on their role in mixing, stream splitting, and fluid dispensing systems. What Is a Gradient Valve? A gradient valve, or multi-stream valve is an advanced form of a mixing valve,  
Critical Aspects of a Valve's Internal Design Out of sight often means out of mind, but when valves are concerned, that which is out of sight should be top of mind—at least during valve selection. This paper will discuss key internal design characteristics a valve should have in order to meet high efficiency, critical control demands common in pharmaceutical, medical, or analytical applications. These design features include the valve's flow path, dead space, flushability, and internal volume. Flow Path For fluids susceptible to hemolysis or  
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Video: Media Isolation Valves for Medical and Laboratory Instrumentation Learn more about the features and benefits of Clippard's NIV series PTFE isolation valves and opportunities in medical and laboratory applications.  
The Advantages of Manifold Mount Isolation Valves Learn more about the advantages of manifold mount isolation valves.  
Clippard Pinch Valves Ideal for Various Applications Video: Explaination of the many benefits of electronic pinch valves.  
New Products Video, MD&M West 2016 Rob Clippard gives an overview of several precision fluid control products at the MD&M West trade show.  
Challenges of Working with PTFE - A Design World Interview In this on-location video, Design World's Mary Gannon talks with Clippard's Attila Kiss and Glenn Rahm about the new NIV Series media isolation valves, which are made with PTFE to resist corrosive media. This new solenoid-operated valve line uses a flexible diaphragm to isolate the actuation mechanism from the fluid path. Attila highlights how the valves are manufactured in a state-of-the-art clean room for use in medical and analytical applications while Glenn discusses the challenges Clippard had to overcome when working with PTFE for the first time in its pneumatic valve designs.  
An Overview of Clippard Pneumatic Valves and Custom Solutions Rob Clippard, VP of Sales & Marketing, provides a brief overview of Clippard's pneumatic valves and custom solutions. Highlights include Clippard's new line of miniature pinch valves, PTFE isolation valves, the new DV electronic valves, the popular EV line of electronic valves, and Clippard's new line of precision regulators. Filmed at Pittcon 2017 by American Laboratory   Related Products:  
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