The Finish Thompson PFP40 in GA is aseal-less, high-performance drum pump with a unique double suction impeller that provides high flow and high head.

Featuring multiple material options and connections, the PF Series is designed for container-to-container transfer of acids, corrosives, and chemicals. Features include:
• Polypropylene, PVDF, or 316 stainless steel tubes;
• Interchangeable with motors;
• Greater flow control with variable orifice discharge (PFM/PFP/PFV only);
• Up to 2000 cP with M58P/M59P motors;
• FDA-compliant option, built-in hose and cord clips (PFM/PFP/PFV only).

EF - Economy Pumps:The Finish Thompson EF Series best value seal-less. The EF Series pumps provide an economical choice for light-duty transfer. An ideal replacement for hand pumps. Features include:
• Polypropylene, pure polypropylene/PVDF, or 316 stainless steel tubes;
• Dual-speed adjustable motors tubes;
• Interchangeable with motors;
• Lightweight and economical;
• Plastic models have built-in hose cord and clips.

TT - Mid-Performance Pumps:The Finish Thompson TT Series Sealed, Medium Viscosity/Flow TT Series pumps offer light-to-medium viscosity fluid handling. Drum pumps in this series are ideal for liquids containing small particulate or solvents. Features include:
• 316 stainless steel or CPVC tube materials;
• Tubes interchangeable with motors Up to 2000 cP with M6X air motor;
• FDA-compliant STTS option.

HVDP - High Viscosity Drum Pumps:The Finish Thompson HVDP Series High Viscosity/High Head Sealed Design. This progressive cavity, positivedisplacement-style pump can handle viscous fluids up to 100,000 centipoise. The heavy-duty HVDP offers multiple mechanical seal choices and materials options for ultimate compatibility. Choose from the HR model (up to 20,000 cP) or the LR model (up to 100,000 cP).

BT - High Viscosity Pumps: The Finish Thompson BT Series sealed, high viscosity.This stainless-steel model with sealed design is made with PTFE screw-type lifting compressors to handle liquids with higher viscosities.

TM - Drum Mixer Pumps:The Finish Thompson TM Series medium-viscosity drum/barrel mixer is a 4-blade, turbine drum mixer ideal for mild corrosives, solvents, or flammables of light to medium viscosity.

TB - Mid-Performance Pumps: The Finish Thompson TB Series Sealed, Lightweight Economy Drum Pump Lightweight pumps suitable for low to medium viscosity mild corrosives, solvents, and chemicals.

The Finish Thompson PFP40 in GA is approved for the following applications:
• Acids
• Bases
• Solvents
• Watertreatment chemicals
• Cleaners
• Plating solutions
• Kidney dialysis solutions
• DEF/AdBlue (diesel exhaust fluid)

Finish Thompson Inc. is a designer and manufacturer of industrial pumps. Their products are manufactured onsite in Erie, Pennsylvania, U.S.A. Their products include:
• DB Series magnetically-driven centrifugal pumps;
• SP Series magnetically-driven self-priming pumps;
• UC Series magnetically-driven, heavy-duty ANSI pumps;
• High and medium performance drum pumps, such as the Finish Thompson PFP40 in GA;
• High-viscosity drum pumps (HVDP).

If you are looking to purchase a Finish Thompson PFP40 in GA,Pye Barker is your number one source. We have been selling Finish Thompson pumps with an excellent track record for years. Buy your next Finish Thompson Pump from Pye Barker and experience the difference. Contact us today to get started!

Wright Flow Technologies is well known for its design and manufacture of rotary lobe pumps for over 30 years, including the new Revolution and other top-quality pumps such as the Classic+, RT pumps, and Wright Flow Sterile in GA.

Each with its distinct place in the market, this range of hygienic pumps can be used across the sanitary market from food to high-end pharmaceuticals plus many applications in fine chemicals and more industrial applications.

Wright Flow Sterile in GA has a modular design with a seal housing. They are a new concept in rotary lobe pumps designed for hygienic and industrial applications. Features include:
• Ideally suited to both hygienic and industrial applications;
• All seal combinations fully front-loading and demount able;
• Pump is fully self-draining (vertical ports);
• Hygienic cover joint profile;
• Rugged gearbox construction enables the carrying of radial loads.

The pumping action of the rotary lobe pump principle is generated by the contract-rotation of two pumping elements (rotors) within a chamber (rotor case). The rotors are located on shafts that in turn are held within a bearing housing mounted to the back of the rotor case.

The shaft assemblies are comprised of the shaft support bearings and the timing gears. The gears transfer the energy from the drive shaft to the driven shaft, synchronizing the rotors so that they rotate without contact with each other.

As the rotors pass the suction port, the cavity increases, creating a pressure decrease, which induces the pumped medium to flow into the rotor case. The pumped medium is carried around the rotor case by the rotors to the discharge side of the Wright Flow Sterile in GA. Here the cavity decreases, and the pumped medium is discharged from the rotor case.
When incorporating any pump into a system, it is considered good practice to minimize piping runs and the number of pipe fittings (tees, unions, bends etc.) and restrictions.

Particular care should be taken in designing the suction line, which should be as short and straight as possible with a minimum of pipe fittings to minimize restricting product flow to the pump.

Wright Flow Sterile in GA are of the positive displacement type and therefore an overload protection device must be provided. This can take the form of an in-line pressure relief system, i.e. external to the pump or incorporation of a torque-limiting device in the drive system.

If you would like more information regarding Wright Flow Sterile in GA – or would like to determine if it’s the best option for your application – contact us today to get started.

The Ultima compressors are the next generation Denver Gardner Compressors that utilize high-efficiency, low- and high-pressure, two-stage dry screw airends. Each and is individually driven by a variable speed permanent magnet synchronous motor, and each motor operates at 97% efficiency. Simply put, it’s pumping perfected.

Due to its breakthrough water-cooled design, Ultima provides up to 70% turndown, delivers low off-load power consumption (8kW), has a 37% smaller footprint, maintains 63-69 dBA noise performance and offers maximum heat recovery.

Features of the Denver Gardner Ultima Compressors

The engineering philosophy of Denver Gardner ensures long-lasting, reliable equipment. They are simple, but robust warranty programs demonstrate their belief in the quality found in Denver Gardner compressors. Their standard warranty ensures that you have peace of mind when it comes to your system's operation.

These pumps represent a major advance in modern compressor design. For more information regarding Denver Gardner Ultima, watch the video then give us a call so we can determine if they’re a good solution for your needs.

Viking Universal Seal Internal Gear Pumps are designed to meet the demands of heavy-duty, industrial pumping applications and incorporate essential features for reliable, low-maintenance pumping, even in the most challenging environments.
For applications in sugar refineries, the Viking Pump sugar pumps in GA can be customized with various seal options, increased clearances to minimize shear, and a ribbed idler gear for applications involving the handling of solid particles.

Ribbed Idler Option for Pumping Magma Or Massecuite

Viking’s ribbed idler reduces gear-to-gear contact, which is one of the causes of damage to solids, such as sugar crystals, and shear sensitive liquids. This has been achieved by removing 0.9 mm (0.035” or 900 microns) of material from 80% of the flank of each idler gear tooth, on both sides.

The rib alternates position on each tooth to minimize wear on the rotor teeth in any given spot, and since the idler turns at a different speed than the rotor, the contact point changes with each revolution of the rotor gear.

Ribbed idlers on Viking Pump sugar pumps can have an impact on pump performance depending on the viscosity of the liquid. The increased clearances result in additional slip paths that allow liquid to slip back from the discharge side of the pump to the inlet side. On water-thin liquids, there is a significant decrease in capacity, especially at higher pressures.

Minimizing Shear
Shear can reduce conversion efficiency in two-phase slurries like massecuite and so it needs to be kept as low as possible. Positive displacement pumps, and in particular, internal gear pumps, are preferred in applications involving shear-sensitive liquids, such as:
Emulsions (e.g. chocolate and mayonnaise)
Suspensions (e.g. microspheres in carrier liquids)
Polymers (e.g. latex, synthetic rubber and long chain polyelectrolytes)

Shear is the relative motion between adjacent layers of moving liquid, and shear rate is the rate of relative motion between adjacent layers of a moving liquid. It can be minimized by selecting a pump with extra clearances, and by running it very slowly. For most shear-sensitive liquids, Viking recommends a rotor rim speed of <300 feet/minute.

Seal Options for Viking Pump Sugar Pumps
An important feature of Viking Universal Seal Internal Gear Pumps is that they are designed to accommodate virtually all types of seal.

Packed Gland: Packed Glands are the most common shaft sealing for sugar liquids because they are simple, forgiving, and handle very high viscosities. Viking’s Universal pumps feature a drip well with a tapped port on the bracket to collect leakage at the seal gland and divert it to a collection container.

Behind-the-Rotor Mechanical Seal: Where leakage is not allowable, mechanical seal options are available. On H through QS size Viking pumps, the 4124B (non-jacketed) or 4224B (jacketed) series pumps offer an optional Abrasive Liquid Seal with Silicon Carbide faces located immediately behind the rotor.

Cartridge Double Seal: Double cartridge seals with hard faces inboard and water barrier can successfully handle sugar liquids to about 50,000 SSU, or 11,000 cSt, which makes them suitable for some syrups and molasses. These are available on all sizes of Viking pumps.

Cartridge Triple Lip Seal: Cartridge-style triple lip seals are capable of virtually unlimited viscosities but are not well-suited to abrasives. These are available on all sizes of Viking pumps. These seals should be used on syrups and molasses with a water flush or steam quench. They shouldn't be used when pumping massecuite or magma.

For more information regarding Viking Pump sugar pumps, watch this series of videos, then give us a call to discuss how they can benefit your operation:

Video 1
Video 2
Video 3

Viking internal gear pumps are extraordinarily versatile. While they are often used on thin liquids such as fuel oil and solvents, they excel at efficiently pumping thick liquids such as chocolate, asphalt and adhesives. The useful viscosity range of an internal gear pump is from 1cPs to over 1,000,000cP.

In addition to their extensive viscosity range, the pump has a wide temperature range as well, handling liquids up to 750F/400C. This is due to the single point of end clearance (the distance between the ends of the rotor gear teeth and the head of the pump). This clearance is adjustable to accommodate high temperature, maximize efficiency for handling high viscosity liquids, and to accommodate for wear.

The internal gear pump is non-pulsing, self-priming, and can run dry for short periods. They're also bi-rotational, which means that the same pump can be used to load and unload vessels. Because Viking internal gear pumps have only two moving parts, they are reliable, simple to operate, and easy to maintain.

How Viking Internal Gear Pumps Work

1. Liquid enters the suction port between the large exterior gear and small interior gear teeth. The arrows indicate the direction of the liquid and pump.
2. Liquid travels through the pump between the teeth of the "gear-within-a-gear" principle. The semicircular shape divides the liquid and acts as a seal between the discharge and suction ports.
3. The pump head is now nearly flooded, just prior to forcing the liquid out of the discharge port. Intermeshing gears of the idler and rotor form locked pockets for the liquid which assures volume control.
4. Rotor and idler teeth interlock completely to form a seal equidistant from the discharge and suction ports. This seal forces the liquid out of the discharge port.

Advantages of Viking Internal Gear Pumps

Applications for Viking Internal Gear Pumps

Common internal gear pump applications include, but are not limited to:

With the wide variety of pumps available today, it’s sometimes difficult to know which is best for your particular application. Which pump can handle the viscosity of the fluid or generate the proper flow and pressure?

To be certain you are getting exactly what you need, it’s a good idea to consult with an engineer well versed in Viking internal gear pumps. Call our office today and let our experts help you choose. And keep in mind that we also offer engineering services and parts and repairs to keep your business running smoothly.

The number one thing that takes a positive displacement pump offline is a foreign object in the fluid. When that happens, the consequences can be devasting and the repair or replacement can be costly. But you can avoid this expensive downtime by installing Viking Lid-Ease Pump Strainers.

These pump strainers provide protection for any pumping system by preventing solids or foreign materials from entering the pump. The strainer features include:

Viking Lid-Ease Strainers are high-quality, easy-to-clean line strainers that are designed for applications in the chemical, petrochemical and most general fluid-flow industries. These single strainers are offered with tapped, flanged or grooved porting and are available for ¾, 1, 1¼, 1½, 2, 3, 4, 6 and 8-inch piping.

The basket and screen (available in 10, 20, 40, 60, 80 or 100 mesh) are constructed of stainless steel and are designed to catch all foreign objects, large or small. Nominal capacities range from 20 to 1,500 GPM with a rated pressure of up to 200 PSI. Strainer bodies and lids are presently available in cast iron, ductile iron, aluminum or stainless steel.

Low-Pressure Drop: Viking Lid-Ease Pump Strainers are designed for minimal pressure drop through the unit. Pressure drop is minimized by the inclined position of the strainer basket next to the porting. This provides smooth flow patterns not found in conventional basket type strainers.

Easy to Clean: No special tools are needed for lid removal. A simple lid rotation disengages the breech-lock lid to permit easy removal of the basket. The basket is removed from the top of the pipe strainer to eliminate foreign matter from dropping back into the line when the strainer is cleaned. The strainers are equipped with a drain plug for complete draining if required.

Their light-weight and small overall dimensions make it possible to install Viking Lid-Ease Pump Strainers in systems that cannot accommodate larger strainers of equal porting size.

For more information regarding these versatile pump strainers, you can watch a video here. As proud providers of Viking pump products, our experts are here to answer all your questions, so feel free to visit our website or call us today.

A gear pump is a type of positive displacement pump. Gear pumps use the actions of revolving gears to move fluids. The rotating gears create a liquid seal with the pump casing and generate suction at the pump inlet. The fluid that is drawn into the pump is enclosed within the teeth of the rotating gears and transported to the discharge. Today we’re discussing information related to the internal gear pump working principle in GA. There are two basic designs of gear pump - external and internal. An external gear pump consists of two duplicate, interlocking gears supported by separate shafts. An internal gear pump functions on the same principle but the two interlocking gears are of different sizes with one rotating inside the other. The rotor is an internal gear that has the teeth projecting on the inside. The Internal Gear Pump Working Principle In GA There are three stages in an internal gear pump’s working cycle - filling, transfer, and delivery. As the gears come out on the inlet side of the pump, they produce an expanded volume. Liquid flows into the cavities and is trapped by the teeth of the gears as they continue to rotate against the pump partition and casing. The trapped fluid is moved from the inlet to the discharge around the casing. As the teeth of the gears are interlocked on the discharge side of the pump, the volume is decreased and the fluid is forced out. Close tolerances between the casing and the gears allow the pump to produce suction at the inlet and prevent fluid from leaking back from the discharge side. The main Features And Benefits Of An Internal Gear Pump The internal gear pump working principle is simple and they are compacted with a limited number of moving parts. They are unable to match the pressure generated by responding pumps or the flow rates of centrifugal pumps, but they offer higher pressures and throughputs than lobe or vane pumps. Internal gear pumps have better suction abilities than external gear pumps and are more suited to high viscosity fluids. Because the output is directly proportional to rotational speed, internal gear pumps are commonly used for metering and blending operations. The low internal volume provides for a reliable measure of liquid passing through a pump and hence accurate flow control. The Main Applications For Internal Gear Pumps Some typical applications that work well with the internal gear pump working principle in GA include:

An internal gear pump moves fluid by repeatedly encompassing a fixed volume within interlocking gears and transferring it mechanically to deliver a smooth pulse-free flow proportional to the rotational speed of its gears. They are versatile and are able to operate across a wide range of fluid viscosities and temperatures. They are preferred to external gear designs in applications involving higher viscosity fluids, at high temperatures and with fluids containing solids. Typically, internal gear designs operate at lower rotational speeds than external gear designs, have greater clearances and are therefore less susceptible to wear in these applications. For the same reasons, internal gear pumps are also better suited to pumping shear-sensitive fluids. If you would like more information regarding the internal gear pump working principle in GA, call us today and speak to one of our experts.

Do you have or need air dryers products in GA for compressed air for your facility? If so, you may be confused about the different types of products that are available to you.Here is some basic information regarding commercial, industrial and construction air dryers products in GA, and how they work, to help you determine what your own needs are.

What Are Compressed Air Dryers Products in GA?

Compressed air dryers remove water vapor from compressed air. They are needed with air compressors because they concentrate various elements of the air, giving it a higher dewpoint and creating condensation that could negatively affect your facility, causing freezing, corrosion and other problems.

How Do Compressed Air Dryers Work?

Different types of compressed air dryers products in GA work in different ways. There are refrigerated air dryers, desiccant air dryers, membrane air dryers and deliquescent air dryers. Which type you use will depend on what your specific application needs are.

What Type of Applications Are Appropriate for Compressed Air Dryers?

You can find compressed air dryers in use for many applications across multiple industries, including:

What Are the Different Types of Compressed Air Dryers Products in GA?

Refrigerated Dryers: Refrigerated dryers are commonly used air compressor dryers that work with twin heat exchangers in order to cool down the hot air as it comes in and prevent it from condensing again. They provide a level of dryness that satisfies most compressed air uses.

Desiccant Dryers: Desiccant dryers are typically used when working with extremely sensitive products that cannot tolerate any moisture. They use active desiccant material to remove water from the compressed air through adsorption as the air cycles through the machine.

Specialty Gas and Liquid Dryers: Some facilities generate gasses and liquids that are not common to typical manufacturing processes. For these situations, there are specialty gas dryers and specialty liquid dryers which the manufacturer designs specifically to safely remove these elements from the air.

Breathing Air Purifiers: High-quality air is of vital importance to industrial facilities, but nowhere is it as critical as in breathing air applications. The purity of breathing air is crucial to assure worker safety in a wide range of applications including tank cleaning, sand blasting, paint spray and many others.

Membrane Dryers: These are dehumidifying dryers that work by depressing the dew point of incoming air. They are popular since they can operate continuously without electricity and are quiet and low-maintenance. They are ideal for applications where the dew point requirement falls somewhere below +32°F and -40°F/C.

Deliquescent Dryers: These air dryers products in GA are very simple dryers that are popular among businesses that are seeking an electricity-free, low-maintenance solution to compressed air-drying issues. They are often used as natural gas or landfill gas dryers.

For more detailed information regarding air dryers products in GA and to get professional advice on choosing the right type to suit your needs, please call our office today to speak with one of our experts. Keep in mind that we specialize in a variety of advisory and installation services, all designed to help you get the most out of your equipment.

Like all electrical equipment, air compressors can develop faults and problems. It’s all too tempting to throw your existing equipment away or take it to a repairman but often the most common problems can be fixed by your own hand. Knowing what to look out for and how to resolve an issue is the best way to approach your Hydrovane compressor problems in GA.

Problems and Solutions
My air compressor won’t turn start.
It sounds really basic but ensure that all of the parts are connected properly, that it is connected to its power source and that you have pressed the ON switch. Oil-based machines need to have a minimum amount of oil in order to function. Adjust the pressure switches as well to see if that kick-starts anything and if you’re still having problems, consult a repair service.

My air compressor is causing too much noise.
If your compressor isn’t normally loud, you may need to check that there is enough oil to supply the proper lubrication, which will reduce noise. Make sure that all parts are tightened and that everything is in working order. Consider investing in a low-noise machine or one with vibration absorbers if the noise is too much of a problem.

My air compressor is using too much oil.
This could be caused by a number of factors, such as leaks or obstructed air filters.
Make sure that you regularly clean your air compressor as airways can get obstructed. If you suspect a leak, take it to a repairman or you could be faced with serious problems such as fire and explosions.

The air compressor’s air pressure is building too slowly.
Again, these Hydrovane compressor problems in GA could be caused by dirty filters and airways, causing the pressure buildup to slow. It may also be possible that parts have started to loosen and they need to be tightened.

The air compressor stops unexpectedly.
If your air compressor stops suddenly, it could be due to an electrical fault such as a blown fuse or it could be a general fault with the machine. Problems with the electrics should always be seen by an expert. Never attempt to solve these Hydrovane compressor problems in GA yourself as you could cause further damage or void the warranty.

My air compressor is overheated.
There could be a number of reasons for this type of Hydrovane compressor problems in GA. Excessive use, not waiting for the machine to cool down, lack of oil or lubrication and overworking the air compressor by blowing too much air into tools can all contribute to overheating.

Follow the instructions provided with your compressor to ensure you take all precautions to minimize overheating and also ensure that you take your air compressor for regular maintenance to make sure that everything is in working order.

Major Hydrovane compressor problems in GA should always be fixed by a qualified, professional repair company. If you find that your air compressor is beyond repair, call us today and we’ll help you find a replacement that meets your needs.



Hydrovane compressors in GA are reliable, versatile, powerful and cost-effective. They can be found throughout all industries, including automotive, food and beverage, energy, and manufacturing with specialist solutions within transit, gas, and snow.

In fact, they are the perfect solution to meet your requirements for reliable, high-quality compressed air or gas. With its low noise level, the Hydrovane compressor can be installed right alongside your equipment.

Today we’re answering the most commonly asked questions we receive regarding Hydrovane compressors in GA.

Why should I buy a Vane compressor?
The vane compressor is a long-term investment, not a short-term purchase. It will provide high-quality, pulse-free air reliably and efficiently and can last up to three times longer than other technologies.

How long does a Hydrovane compressor last?
When installed and maintained properly, the Hydrovane compressor can last for as long as you want it to without replacements of any major components. In fact, 100,000 hours is not uncommon.

How often do the blades need to be replaced?
The rotor blades and stator are all manufactured using high-quality cast iron. Through the life of the compressor the mating surfaces become highly polished and the compressor even becomes more efficient. The blades should never need to be replaced.

How efficient are Hydrovane compressors in GA?
Their performance is comparable with any alternative compression method. Most of the range include REVS (Reduced Energy Venting System), which offers energy savings off-load and during start-up.

How reliable are they?
These compressors are directly driven at low speed with minimal internal stresses, which means that with correct maintenance the compressor can run trouble-free without affecting your productivity and profitability.

Is it easy to install a Hydrovane compressor?
Most Hydrovane compressors are designed to be easily transportable with a forklift or pallet truck and fit through a standard doorway. The services are located to enable quick and easy electrical connection and pipework.

How easy is it to service a Hydrovane compressor?
The general service requires only changing the oil, air and oil filters at 2000 hours. A range of ready-made kits containing genuine Hydrovane parts is always available.

How long do the bearings last on Hydrovane compressors in GA?
Hydrovane compressors use bushes so there are no bearings to wear out. The metal bushes are pressure-lubricated and designed to last the life of the compressor.

Do Hydrovane compressors have a good resale value?
Hydrovane compressors are one of the few pieces of equipment that actually improve in performance with age! That’s why they have high residual value. Many people see them as not just a purchase, but more of a capital investment with low maintenance costs.

How safe are they to operate?
All Hydrovane compressors conform to EEC safety regulations. They contain cut off thermistors to prevent the compressor from overheating and are thoroughly tested before leaving the factory.

How noisy are Hydrovane compressors in GA?
The Hydrovane compressor generates high-quality, pulse-free air, which means that it is one of the quietest on the market.

For more detailed information regarding Hydrovane compressors in GA and to get professional advice on choosing the right type to suit your needs, please call our office today to speak with one of our experts.

Keep in mind that we also specialize in a variety of advisory and installation services, all designed to help you get the most out of your liquid-handling equipment.


Savannah Office Address:
1105 Louisville Rd
Savannah, GA 31415
TEL: (912) 238-0303
FAX: (912) 238-5214
Forest Park (Atlanta) Address:
121 Royal Dr.
Forest Park, GA 30297
TEL: (404) 647-0986
FAX: (404) 361-8579
Orlando, FL Address:
524 Mid-Florida Dr., Suite 204
Orlando, FL 32824
FAX: (321) 282-6424
Main Switchboard:

(404) 647-0986

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