Equilibar Sanitary EDO Valve

The Equilibar
Difference

Our Performance.

Equilibar back pressure regulators outperform the competition. Our novel patented technology offers superior precision and frictionless control, especially for low flow rates, mixed phase fluids, corrosive media, sanitary requirements and extreme temperatures.

Unparalleled Precision for Research and Industry

Equilibar fluid and pressure control products deliver reliable performance for some of the world’s most complex process conditions. Our dome-loaded, multiple-orifice technology works in a radically different way, providing solutions for difficult problems in a broad range of industries, including catalysis, oil and gas, fuel cells, and aerospace. We also have sanitary valves for biopharma processes.

 

Research Back Pressure Regulators

Equilibar research back pressure regulators offer compactness, flexibility and instantaneous response for laboratory and reactor systems. More

Industrial Back Pressure Regulators

Equilibar industrial back pressure regulators are ideal for a wide range of use including sanitary processes, fuel cells,  and oil and gas. More
photo of EVR-GS8 vacuum regulator with QPV electronic pilot

Vacuum Pressure Regulators

Equilibar’s vacuum regulating valves use a flexible diaphragm with multiple orifices to offer 5X the stability of traditional spring valves. More

Electronic Pressure Regulators

Equilibar offers a wide range of precision electronic pressure control products for process automation and for providing pilot set-points. More

Pressure Reducing Regulators

Equilibar offers several types of pressure reducing regulators for air and inert gases, including static and very low flow applications. More

What our Customers are Saying

"The products perform well and the customer service was amongst the best I have experienced with my problems dealt with quickly and competently."

~Johnson Matthey

Equilibar News
cooling system for ai

Differential Pressure Control for Liquid-Cooled Server Racks

The rapid adoption of AI over the past few years has led to a corresponding rapid shift in cooling methodology for servers used within data centers. Modern AI accelerators and high-performance computing hardware generate extraordinary amounts of heat — often exceeding 1,000 watts per module — which has driven the industry towards two-phase refrigerants and Read More

Read More