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In this episode of the Pump Report, Chad walks us through the similarities and differences of internal and external gear pumps. To learn more, visit our website at vikingpump.com.

In this video, Chad reviews how an internal gear pump works and what applications they can be found in. To learn more, visit our website at vikingpump.com.

In this Pump Report, Chad explains the various types and standards of pump ports. To learn more, visit our website at vikingpump.com.

Another great season is in the books for the Pump Report - nice work, Chad! In this video, check out some of our less than perfect moments and laugh along with us!

In this Pump Report, Chad explains that positive displacement pumps are flow creating machines and pressure is the result. But what variables affect the amount of pressure?

In this Pump Report, Chad explains how slip affects a rotary positive displacement pump's capacity.

In this video, Chad walks us through the different ways hygienic pumps can be cleaned. To learn more, visit our website at vikingpump.com.

The 32 and 432 Series™ is the closest relative to Viking's original internal gear pump design. For over a century, customers have successfully applied these simple and economical pumps to a wide variety of applications.

The Viking Pump124A Series™ internal gear pump is a cast iron, positive displacement pump with a set of options designed to meet customer needs and therefore a broad range of applications. It has flexibility to adjust sealing options in the future to meet evolving needs.

The Viking 4124B and 4224B Series™ internal gear pumps feature a behind the rotor seal - which can extend pump life.

The 8124A, 8123A, and 8127A Series pumps are part of Viking's sealless magnetic drive offering. Viking Pump was the first pump manufacturer to offer a commercially available mag drive gear pump. These pumps find use in applications where leakage is unacceptable and all process liquid needs to be contained for safety or practical reasons.

Learn more about Viking Pump's new series of stainless steel pumps that feature the O-Pro® Guard seal.

The 75 and 475 Series™ were designed with space savings in mind. These pumps mount directly to the motor flange, eliminating the need for drive equipment and providing the smallest possible unit footprint.

Learn more about Viking Pump's new series of cast iron pumps that feature the O-Pro® Barrier seal.

One of the most critical parts of any rotary pump is the shaft seal. In part 2 of our 5 part series on seals we take a closer look at Viking Pump's patented O-Pro® seal. To learn more, visit our website at vikingpump.com.

The 724 and 4724 Series™ pumps are an economical, stainless steel option for corrosive applications. Let's take a look at these multipurpose pumps.

The 224A and 4224A Series are similar in design to Viking's 124A and 4124A Series. The key difference is the 224A and 4224A Series come standard with jacketing. Jacketing allows the pump to be heated with hot oil or steam. Heating the pump allows it to pump room temperature solids or liquids that are very viscous without heat.

495 and 4195 Series pumps were designed to deliver maximum flow with a small footprint. Basing the design off Viking's original internal gear pump, 495 and 4195 Series™ employ motor speeds to obtain higher flow rates.

In this Pump Report, Chad explains the similarities and differences between rotary lobe and circumferential piston pumps.

Viking pumps are fairly tolerant of small amounts of particulate - but not so great at passing larger foreign objects. In this Pump Report, Chad Wunderlich shows us the importance and simplicity of strainers.

At Viking Pump, we take pride in our vertically integrated manufacturing process. That means we control every step of pump manufacturing. In this Pump Report, Chad walks us through each step of the pump manufacturing process.

Smaller pumps can operate at direct motor speeds, but larger pumps require lower speeds to operate properly. In this Pump Report, Chad Wunderlich demonstrates how gear reducers change pump speed.

One of the most critical parts of any rotary pump is the shaft seal. In part 4 of our 5 part series on seals we take a closer look at mechanical seals.

In this Pump Report, Chad walks us through the importance of pump jacketing and why it may be important to be able to heat your pump.

In this Pump Report, Chad describes the factors that go into figuring out what a pump's flow rate will be and the range of sizes between Viking pumps.