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From Clippard Instrument Laboratory, Inc.
Products & Services
Water valves are designed to handle and control hot water, cold water, ground water, potable water, salt water and/or wastewater. They are made from metal or plastic.
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Learn more about Water Valves
Hydraulic valves contain and transfer the flow and pressure of hydraulic fluid in hydraulic power systems. They range from simple shutoff valves to precision control valves.
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Learn more about Hydraulic Valves
Gas valves are used to handle and control the flow of gaseous media such as liquefied petroleum and natural gas. They are made of metal or plastic and vary in terms of valve size, pressure rating, number of ports, and flow.
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Air valves allow metered fluid flow in one or both directions. They are used in pneumatic circuits to regulate the rate of activation or exhaust of cylinders and other pneumatic devices.
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Learn more about Air Valves
Pressure relief valves are self-actuated safety valves designed to relieve excess pressure upstream from the line.
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Learn more about Pressure Relief Valves
Product Announcements
Topics of Interest
Since 1974, Clippard Instrument Laboratory has produced their EV series valve, which combines simple design, low power consumption, fast operation, and long life (applications have exceeded 3 billion...
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Designers of ventilators, respirators, and blood pressure monitors could benefit from a new proportional pneumatic valve that reportedly offers greater air flow control accuracy. The new valve,...
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Proportional pneumatic valves can have hysteresis levels as high as 15%, which can wreak havoc on closed-loop control systems. Another problem with proportional valves is that they often vary from one...
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Overview
Control valves are a continuously varying orifice in a fluid flow line that changes the value of a process variable by changing the rate of flow. The typical control valve consists of three...
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Overview
Microvalves are one the most important microfluidic components. Besides pumps and flow sensors, active valves are critical components in microfluidic systems. Today, the industry...
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