VACUUBRAND's chemical resistant diaphragm pumps are designed and built to run reliably. With our unique stability core design and overmolded layer of ETFE, our pumps have exceptional mechanical stability that leads to extremely long pump life. The mechanical stability of…
To help customers quickly identify the best VACUUBRAND gauge or controller for their needs, we've created a new selection guide. Answer 4 simple questions and you'll get a product recommendation to meet your specs. You can request a quote directly…
VACUUBRAND's modular VAC 24seven pumping systems provide a dry, chemical resistant vacuum source for industrial and process applications. Watch the video below or visit www.vacuubrand-process.com to learn more.
VACUUBRAND has updated our oemvacuumpump.com website. This site is home to a wealth of technical reference information on our pumps, calculators to assist in pump selection, and white papers. You can also read about our work in a variety…
In addition to VACUUBRAND's pumps, gauges, and controls, our VACUU·LAN® local vacuum networks are a lab-by-lab alternative to central vacuum systems. VACUU·LAN networks provide deep, stable vacuum in new labs and in renovation projects. Built on VACUUBRAND's durable, chemical-resistant diaphragm…
Whether to remove solid contaminants from a liquid or separate a solid product from a solvent, solid-liquid (S-L) separation is a common unit operation across the chemical process industries (CPI). This one-page reference provides an overview of S-L separation methods,…
Many important research and industrial processes require vacuum in what is referred to as the "fine vacuum" range, which is between 0.1 and 0.001 Torr. In a prior post, we talked about the fact that the Pirani style gauge is…
We've previously talked about some of the tools we've made available to help select the right vacuum pump for your work. Our pump selection guide is a great choice if you have a strong sense of your operating parameters. And for drying…
Our most recent post addressed the benefits of proportional-only vacuum process control. Though this approach is well suited to many processes, in some cases more accurate (or precise) control of the pressure level is necessary. Under such circumstances, employing PI…
In our prior post, we talked about using variants of the classic PID algorithm in order to control vacuum processes. In the simplest form, the PID control loop can be reduced to a P-only, or 2-point, algorithm. For example, by…