Semiconductor

  • schematic of Equilibar BPR used for dP control of data center cooling racks

    Differential Pressure Control for Liquid-Cooled Server Racks

    Within the last few years, there has been a rapid shift in the cooling methodology for servers used within data...

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  • colorful pictograph of semiconductor fabrication sequences: FEOL, BEOL and packaging

    Back-End-of-Line Semiconductor Fabrication

    Equilibar valves are high performance precision fluid control devices designed for the most complex fluid control challenges. Back-End-of-Line (BEOL) semiconductor...

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  • Equilibar EVR-IC industrial vacuum regulating valve

    Front-End-of-Line Semiconductor Fabrication

    Equilibar valves have a unique design that can benefit processes for front-end-of-line semiconductor fabrication. Semiconductor manufacturing, particularly the fabrication of...

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  • photo of a chip or microchip for semiconductor

    Fluid Control for Semiconductor Fabrication

    How do pressure and vacuum play a role in semiconductor manufacturing? Pressure and vacuum regulation play a key role in...

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  • schematic of cooling loop process temperature control

    Liquid Cooling Loop Control

    What is a liquid cooling loop? Liquid cooling loops or chiller loops circulate cooling fluids to a process to keep...

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Equilibar News
how the Equilibar valve works in pressure reducing control

For complex applications, Equilibar® valves can provide reliable pressure-reducing control

Equilibar’s multiple orifice diaphragm technology has become a favorite for providing back pressure control, vacuum control, and flow control, but in certain applications it can also provide distinct advantages as a pressure reducing valve (PRV) that is able to perform where conventional valves cannot. Equilibar devices excel in pressure-reducing applications that push far beyond the Read More

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