Pump Products & Prefab Pumping Systems in Pontiac, MI and Kenai, AK

From Water Pumps to Chemical Pumps, Heat Transfer Systems, Metering, Crude Oil, & More, We've Got You Covered

At ProSeal, our obsession with pumping equipment and prefab pump systems knows no limits. We're driven to maximize your operation with cost-effective, life-extending solutions and a wide range of products from leading manufacturers. We're well-versed in all forms of centrifugal pumping equipment, including ANSI & API, straight centrifugal pumps, self-priming pumps, vertical turbine pumps, mag-drive pumps, submersible pumps, and so many others.

When you call ProSeal, you get a distribution partner for all your pumping needs. Our positive displacement products include air-driven diaphragm pumps, rotary gear, progressing cavity, metering pumps, reciprocating plunger, and piston pumps. ProSeal's veteran application engineers can link you and your equipment with a solution to minimize the total cost of ownership.

We provide service, repair, testing, and custom rotating equipment upgrades for all makes, models, and sizes of pumps in our very own Pump Service Center. If it pumps, however it pumps, we can help it work harder for longer and for less money across its lifespan.

How We Serve Your Pumps

Top-of-the-Line Products: We're an authorized representative or distributor for some of the hottest names in pumping equipment, including ARO, Summit, CPC Pumps, National Pump, BJM, Finish Thompson, Lewa, Nikkiso, and others.

Turnkey Pumping Systems: We don't just service existing pumps—we provide prefab pump systems too. We'll walk you from A to Z through design, assembly, fabrication, start-up, and commissioning.

Solution Versatility: With decades of experience, ProSeal's engineers can help you find a solution to match any application. Enjoy high efficiency and easy maintenance for years to come.

Support Service: At ProSeal, we know pumps backward, forwards, and sideways. All of ProSeal's products and systems have our full support. We'll help you find your solution, install it, troubleshoot, and repair it. We're only a phone call away!

A Fluid Company in a Fluid Industry

It is our intention to provide our customers the highest quality products, the most capable application expertise, the most complete repair capabilities, and the most responsive customer service. Each of our three major product disciplines is supported by a very experienced in-house industry expert. So when you work with ProSeal Service Group, you can feel confident that we will find a solution with the lowest total cost of ownership over the life of your equipment.

With mechanical seal supply and repair, synthetic lubricant delivery systems, spray nozzles, training, consulting, failure analysis, and dynamic testing, we're equipped to tackle all your fluid handling needs.

See how our Total Strength Package can help your plant operations.

SPEAK TO A ProSeal SPECIALIST

Pump Products FAQs

Different jobs require different pump systems. Below are some frequently asked questions about our pump products.

What are centrifugal pumps and what are they used for?

Centrifugal pumps are mechanical devices used to transfer fluids. A centrifugal pump works by converting rotational kinetic energy into hydrodynamic energy. These pumps are commonly used in various industries for moving water, chemicals, oils, and gases. Centrifugal pumps are also the most common pump type used to transfer corrosive liquids.

What are the different types of centrifugal pumps?

There are three primary types of centrifugal pumps:

End suction centrifugal pumps
Inline centrifugal pumps
Self-priming centrifugal pumps

End suction centrifugal pumps are the most common type of centrifugal pump used for general applications. Inline centrifugal pumps are mostly used for heating and cooling systems. Self-priming centrifugal pumps are used in applications where the pump must be able to prime itself. To ensure you have the right pump for the right job, connect with a ProSeal specialist today.

What is a self-priming pump?

A self-priming pump is a centrifugal pump with a built-in mechanism that allows it to prime itself. This means it can start pumping without the need for manual priming. Self-priming pumps are commonly used in applications where the pump is located above the fluid level, where manual priming is difficult or impossible.

How do you prime a pump?

Priming a pump involves filling the pump and suction line with the fluid that needs to be pumped to create a vacuum. This allows the pump to start pulling and transferring the fluid. General steps to prime a pump are as follows:

Fill the pump casing with the fluid to be pumped until it reaches the centerline of the impeller.
Close all of the pump suction and discharge valves.
Open the vent valve on the discharge line.
Start the pump motor and let it run for a few seconds to release any air in the pump casing and suction line.
Slowly open the suction valve until the fluid enters.
Close the vent valve once the fluid is flowing smoothly.
Open the discharge valve slowly until the desired flow rate is achieved.

Exact steps for priming a pump will vary depending on the specific pump design and application. Consult the manufacturer's instructions or a ProSeal pump specialist for specific instructions on how to prime your pump.

What's the difference between multistage centrifugal pumps and single-stage centrifugal pumps?

A single-stage centrifugal pump has only one impeller and is used for applications that require low-pressure pumping. A multistage centrifugal pump has multiple impellers and can be used for high-pressure applications. Multistage pumps are more energy-efficient, but they also have higher installation and maintenance costs. Vertical multistage centrifugal pumps have a vertical shaft where the stages are stacked on top of each other. Clearances are small in these types of pumps, so they work best for clean water applications.

Positive displacement pump vs. centrifugal pump — what's the difference?

Positive displacement pumps move fluid by trapping a fixed amount of fluid and then forcing it through the pump's discharge. They are suitable for handling viscous fluids since they can operate with higher suction pressure. Centrifugal pumps, on the other hand, are better suited for lower-viscosity fluids and are more efficient at transferring larger volumes of fluid.

Positive displacement pumps such as diaphragm pumps and gear pumps are typically used in low flow rate applications, while centrifugal pumps are commonly used in situations with high flow rates.

What's the difference between a long coupled pump and a close coupled pump?

The main difference between a long coupled pump and a close coupled pump is the way the pump is connected to the motor. In a long coupled pump, the pump and motor are separate units connected by a coupling. The coupling allows some flexibility between the pump and motor for easier alignment adjustments during installation. In contrast, a close coupled pump has the pump and motor directly connected, with no coupling in between. The pump and motor are often mounted on a common base, making the unit more compact and easier to install.

Close coupled pumps are often used in applications where space is limited and ease of installation is important. Long coupled pumps are typically used in applications where alignment flexibility is necessary or where maintenance and repair are a greater priority.

More key differences between long coupled pumps and close coupled pumps:

Maintenance: Long coupled pumps are typically easier to maintain because the pump and motor can be separated for maintenance or repair. Close coupled pumps can be more difficult to maintain because the pump and motor are integrated, making it harder to access the components.
Efficiency: Close coupled pumps tend to be more efficient than long coupled pumps because there is less energy loss due to the absence of a coupling.
Cost: Close coupled pumps are generally less expensive than long coupled pumps because they require fewer components.

What causes shaft deflection?

Shaft deflection in a pump system refers to the displacement of the pump shaft from its original position due to external forces acting on the system. Common causes of shaft deflection include:

Misalignment
Imbalance
Vibration
Thermal expansion

When a pump shaft experiences deflection, it can cause problems such as increased wear and tear on the bearings, decreased pump efficiency, and even catastrophic failure. Shaft deflection can also cause mechanical seal failure, resulting in leakage and contamination of the pumped fluid.

To prevent shaft deflection in pump systems, it's important to ensure proper installation and alignment of the pump and motor and to regularly monitor the system for any signs of vibration or imbalance. In addition, selecting the appropriate pump design and materials can help minimize the effects of external forces on the system. Speak with a ProSeal pump specialist today for more expert guidance.

What size submersible pump do I need?

The correct size of a submersible pump depends on the volume of fluid you need to move and the height the fluid needs to be lifted. To determine the appropriate pump size, you will need to know the total head, fluid flow rate, and pipe size. Consult with a ProSeal pump specialist to determine the appropriate pump size and type of pump for your application. We distribute, install, and repair a wide variety of pump types for use in multiple industries.

Pump Products & Prefab Pumping Systems in Pontiac, MI and Kenai, AK

From Water Pumps to Chemical Pumps, Heat Transfer Systems, Metering, Crude Oil, & More, We've Got You Covered

How We Serve Your Pumps

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A Fluid Company in a Fluid Industry

Pump Products FAQs

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