Benefits of High Pressure Pumps
“High-pressure pumps” is a rather broad term. It can include positive-displacement pumps, as well as ...
“High-pressure pumps” is a rather broad term. It can include positive-displacement pumps, as well as ...
Process pumps are a broad category of pumps used in many different industries to move fluids and sem ...
When it comes to vacuum pumps, many people believe that the higher the horsepower, the better the rate of pressure or flow. They believe that even if the pump is the same and has the same diameter, a higher horsepower means that the pump will work better. However, this is not how centrifugal pumps work. How Liquid Handling Pumps Work A pump will tell the motor how much power it needs to have a certain flow rate. The pump will then deliver this flow. One type of curve is associated with this system. Factors such as run lengths, valves, […]
As part of your research about centrifugal pumps, you need to determine whether a horizontal or vertical design would work best for your specific needs. Although both of these operate in much the same way, there are distinct differences. The information provided will help. Of course, when working with a reputable manufacturing company, you can gain even more valuable information. Of all equipment utilized, centrifugal vacuum pumps are the most common. Not only are they extremely efficient but also durable and long-lasting. For these pumps, you have two primary options – vertical or horizontal. In looking at the two options […]
When it comes to centrifugal pumps, there are several different categories. These include centrifugal vacuum pumps, liquid centrifugal pumps, radial flow pumps, mixed flow pumps, semi-axial and axial flow pumps, and multistate centrifugal pumps. Of these, semi-axial and radial flow pumps are the most commonly used. Before purchasing just any type of pump, it’s essential to have some understanding of both the volumetric and mechanical efficiency of pumps. Of course, when working with a reputable source, a company representative will gladly provide whatever information you need. However, it’s still a good idea to build your knowledge base ahead of […]
For transporting fluids in many different scenarios, a centrifugal vacuum pump is essential. Centrifugal pumps work by converting rotational kinetic energy into hydrodynamic energy. In other words, using a somewhat simple process, these pumps rely on the kinetic energy from a motor to force water to move. Whether searching for a pump capable of moving water, petroleum, chemicals, or sewage, it is imperative to select one of the top centrifugal pump manufacturers. Overall, there are more advantages to using centrifugal pumps than disadvantages. It all starts by choosing a product from a reputable manufacturing company. That way, you have […]
The centrifugal vacuum pump is the most commonly used type of pump. In the centrifugal vacuum pump theory, fluid moves in response to created vacuum. Under normal operation, you would not notice anything out of the ordinary, but with cavitation, popping sounds occur. However, pump cavitation causes more problems than just a loud noise. Other risks of cavitation include decreased pressure or flow, damage to the impeller, vibration, excessive power consumption, and even complete failure of the pump housing. With pump cavitation, bubbles in the liquid develop around the impeller in areas with relatively low pressure. As the bubbles […]
Although few industrial plants use self-priming pumps, there are a number of key benefits. Often, operation and design principles for these pumps are misunderstood, which is a shame. This type of pump is designed to free itself of vapor anytime it becomes air-bound. With that done, the pump continues normal operation without needing assistance. Brief Overview of Lateral Channel Self-Priming Pump These ‘low flow high pressure’ self-priming pumps can have extremely low NPSH requirements, froe this reason boiler feed is the classical application. However considering the many volatile liquids used in chemical processes or the large amount of air-entrained […]
Magnetic drive pumps are designed to be driven by the force of magnets. Because of this, pumps of this kind do not have the shaft coming out of the pump casing, hence there is no need for shaft sealing devises such as gland packing or mechanical seals. With magnetic drive pumps, an external magnet is placed on the drive shaft and responsible for transmitting motion to an internal magnet that connects to the impeller(s). Impeller(s) rotates and moves fluid through the pump. Both magnets are separated by a rear casing that creates what is known as a hermetic containment of […]
A multistage centrifugal pump is designed with two or more impellers. Depending on the brand and configuration, the impellers might be mounted on the same or different shafts. If high pressures at the outlet are required, impellers can also be connected in series whereas for high flow output, they are typically connected parallel. Using a multistage centrifugal pump to develop high pressures on a common shaft within the same casing is more economical than a pump with just one impeller. As part of the pump design, channels within the pump casing work by routing the discharge of one impeller to […]
When it comes to centrifugal pumps, one of the most common types are end suction pumps. Usually, these pumps are single stage, highly effective, and cost-efficient. In addition to these pumps being made from various materials and available in different sizes, there are unique applications according to application. Based on whether the customer needs a pump that involves water at ambient temperature, high pressure, abrasive slurries, corrosive chemicals, or high temperature viscous oils, the professionals at Premier Fluid Systems can assist. In addition to marketing top brand pumps, this company offers full-service repair and maintenance services. In addition […]