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Apply Pressure To Move Fluids Using the Pumps We Offer

Fluid handling pumps are vital because they help transport fluids for necessary processes in various industries. They can be found in many fields, such as manufacturing, food and beverage, chemical, oil and gas, and mining.

Currently, there are two types of fluid handling pumps that are used by most companies, namely: positive displacement and gear pumps. The former uses the pressure difference between its high-pressure and low-pressure sides to move fluids, while the latter utilizes a gear-wheel assembly with a helical tooth profile to drive the fluid through a pipe

Get Fluid Handling Pumps From Compresstech

At Compresstech Resources, Inc., our team is backed by years of experience in the industry. The skills and knowledge we have enable us to provide our clients with comprehensive industrial air solutions that are custom-made for them. You can turn to us for fluid handling pumps, air compressors, lubrication equipment, and more. Furthermore, when you work with our team, you can expect we will offer you a quotation that was made according to your best interests.

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How Fluid Handling Pumps Work

The use of fluid handling pumps has increased over time due to their ability to do multiple tasks at once with less effort than other methods available before them. These devices work by using a rotating impeller that is submerged into the fluid to be moved and a stationary vane attached to the output of the pump. The fluid being pumped then flows through an enclosed channel or pipe.

The rotating impeller creates a partial vacuum inside the fluid container as it rotates, forcing liquid into the channel or pipe. On the other hand, when it reaches its stationary vane, it creates an opposite pressure on top of the fluid inside its enclosure which causes the liquid to flow out into another container.

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What Are the Applications of Fluid Handling Pumps?

Fluid handling pump applications vary depending on the type of model that is being used. In general, they can be used for the following:

Water Circulation

Used to circulate water in different ways, fluid handling pumps can be found in both residential and industrial environments. They are also known as mixing valves or suction valves. These valves have been around for decades but have recently been gaining popularity due to advancements made by manufacturers and engineers.

Sump Drainage

Professionals often use a fluid handling pump to remove water from the bottom of the sump tank. They connect the device to a suction pipe at the top of the container and a discharge pipe at the bottom. Afterward, the pump sucks up water from below, then discharges it through an outlet on top.

Fire Protection Setups

Fluid handling pumps are used as vital components of fire protection systems. Sometimes referred to as a pump and boom, they provide a way to transport water quickly from one area to another. As a result, these devices help ensure that no one is injured during fires.

Helpful Resources From Compresstech

• A Primer on Lubrication Pumps in the Philippines

• Reach and Control High Pressures of Liquids and Gases With Piston Pumps in the Philippines

• Transfer Various Substances With the Help of Air Operated Diaphragm Pumps in the Philippines

• 3 Types of Vacuum Pumps and Their Applications

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For additional information about how our team can assist you, do not hesitate to get in touch with us today!

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3517

AIR OPERATED

CENTRIFUGAL PUMP

Model Specifications

  • Maximum Flow-230 GPM
  • Sizes-2 to 2 ½” Diameter NPT
  • Application Dewatering Pump, Handle a Wide Variety of Debris-Laden Applications Used in Construction Industry.

3520

METALLIC DIAPHRAGM PUMP

Model Specifications

  • Maximum Flow-275 GPM
  • Sizes ½” to 3” Diameter NPT
  • Application Transferring High Flammable Chemicals with Solid Content Up to 3/8″ Diameter, Paint and Ink Transfer/recirculation, Waster Water Treatment in Filter Press, Dozing Pump, Dewatering Pump.

3515

SPECIALTY PUMP

Model Specifications

  • Maximum Flow-1.4 LPM
  • Application Airless Spray Painting.

3514

EXTRUSION PUMP

Model Specifications

  • Maximum Flow-32-8 GPM
  • Sizes 2″ to 12″ Diamter Air Motor
  • Application Transferring Medium to High VIscosity Fluids (15,000 to 1,000,000 Plus CPS) such as Caulking, Heavy Lubricants, Mastics, Sealers, and Ink.

3519

NON METALLIC

DIAPHRAGM PUMP

Model Specifications

  • Maximum Flow 184 GPM
  • Sizes 3/8” TO 2” Diameter NPT
  • Application Transferring Chemicals with Acid Content and Suspended Solids Up to 1/4″ Diameter, Dozing Pump, Waste Water Treatment in Filter Press

3518

PNEUMATIC PISTON PUMP

Model Specifications

  • Maximum Flow-32.8 GPM
  • Sizes 2″ Up to 12 ” Diameter Air Motor
  • Application Transferring Medium to High Viscosity Fluids (15,000 to 1,000,000 Plus CPS) such as Caulking, Heavy Lubricants, Mastics, Sealers and Ink./li>

3516

PROGRESSIVE CAVITY PUMP

Model Specifications

  • Maximum Flow-2200 GPM Pressure 720 PSI
  • Application Transferring Semi Solid Material

3521

HYDRAULIC PISTON PUMP

Model Specifications

  • Maximum Flow 17 GPM
  • Application Transferring High Viscous Chemical/Paint Recirculation