Energy and Power

March Manufacturing began in 1954 as a job shop performing precision machining for the aircraft industry.  In 1955, March developed its first pump for removing cooling coil condensation.  Our first magnetic drive pump came out in 1962.  In the late 60’s, March ceased operating in the aircraft industry to concentrate on pumps.

Originally located in Skokie, IL, a suburb of Chicago, March moved in 1968 to Glenview, IL to a larger building to better accomodate the increasing demand for sealless pumps.

The company was founded by William Zimmermann.  Since the beginning, March has been managed by the Zimmermann family, and  continues today.

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March Manufacturing began in 1954 as a job shop performing precision machining for the aircraft industry.  In 1955, March developed its first pump for removing cooling coil condensation.  Our first magnetic drive pump came out in 1962.  In the late 60’s, March ceased operating in the aircraft industry to concentrate on pumps.

Originally located in Skokie, IL, a suburb of Chicago, March moved in 1968 to Glenview, IL to a larger building to better accomodate the increasing demand for sealless pumps.

The company was founded by William Zimmermann.  Since the beginning, March has been managed by the Zimmermann family, and continues today.

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March Manufacturing began in 1954 as a job shop performing precision machining for the aircraft industry.  In 1955, March developed its first pump for removing cooling coil condensation.  Our first magnetic drive pump came out in 1962.  In the late 60’s, March ceased operating in the aircraft industry to concentrate on pumps.

Originally located in Skokie, IL, a suburb of Chicago, March moved in 1968 to Glenview, IL to a larger building to better accomodate the increasing demand for sealless pumps.

The company was founded by William Zimmermann.  Since the beginning, March has been managed by the Zimmermann family, and  continues today.

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Wilden’s accessory products offer flexibility and value to your liquid process and expand the application range of Wilden pumps by complimenting the performance and specification of your pump. Wilden electronic controllers automate your Wilden pump for batching, and other electronically controlled dispensing applications and processes. By eliminating pump pulsation we can also create laminar process flow, or control the liquid level within a system or process.

DA GLOBAL features thousands of after-market parts IN STOCK in our California-based, 15,000 sq. ft. facility. We specialize in after-market parts for WILDEN®, WARREN RUPP® and ARO®, among others. Large tooling investments allow us to bring forth hundreds of new parts every 6 months, making NOMAD the undisputed leader in its industry.

Air diaphragm pumps are widely used in a variety of applications due to their versatility. Air operated double diaphragm pumps feature few moving parts, with no motor, base plate or other peripherals required. The design style, coupled with its positive displacement functionality, allows for the transfer of shear sensitive products with self-priming up to 25 feet. Air diaphragm pumps feature low initial investment as well as low replacement costs for wear parts when compared to other pump types.

Atex options are available

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The TRANS-FLO gold product line features a rugged anodized aluminum piston-style air valve system, capable of functioning in the harshest compressed air conditions, emphasis on mining, construction and utilitarian applications. The TRANS-FLO GOLD system also features the fewest moving parts in the diaphragm pump business, allowing for ease of maintenance, assembly and disassembly.

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We are your first choice for the grinding of dry products!
From A (activated carbon) to Z (zinc) - we offer the right mill for your product.

Our extensive experience and wide range of mills are available for the fine cutting, fine grinding and ultra-fine grinding of dry products of all desired finenesses.

High-performance classifiers for the finest of products, round off our program.

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NEMO® Barrel Emptying Pumps suction themselves automatically to the bottom of the barrel or container to achieve almost residue-free emptying in the chemical, pharmaceutical and foods industries. The heart of the Barrel Emptying System is a volumetrically conveying NEMO® Progressing Cavity Pump. When the NEMO® Pump is started, a vacuum is created under the follower plate. This then simultaneously puts slight pressure on the substance in order to guarantee constant suction in the pump.

Features of NEMO® Barrel Emptying Pumps:

• very gentle conveyance
• nearly residual-free emptying
• conveyance also of compacted products
• conveyance of solids

NEMO® Barrel Emptying Pumps offer you:

• conveyance volume in proportion to rotation speed
• constant low-pulsation conveyance
• high efficiency
• low life cycle costs combined with easy serviceability

Everything from a single supplier!
Our broad product portfolio makes it possible for us to design complete dosing systems for you. Take advantage of our many years of experience and know-how.

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NOTOS® pumps are twin screw or multi screw pumps designed to convey low to well lubricating fluids, low to high viscosity, shear sensitive or chemically aggressive media.

The markets covered are:

• Oil & Gas
• Marine Industry
• Power Generation
• Process Industry
• Tank Storage

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1. Why Choose a Twin Screw Pump?

The twin screw pumps offer a great feature that they can operate over a large speedrange. With this feature, these pumps can have a dual function in hygienic application pumping the product at low speed and the CIP fluid at high speed so No additional CIP pump is needed. Due to the design, the twin screw pump can deliver a pulsation free flow on low viscosity product (<1cP), volatile and gaseous fluids. Also as a result of the design these pumps are able to create a high vacuum causing the pump to be self-priming. The JEC twin screw pump is developed according the highest hygienic specification such as EHEDG and 3A and fulfils the utmost hygienic and efficiency requirements for the most delicate hygienic applications!

Koflo Corporation was founded in 1983 with the intent of offering the highest quality static mixers at competitive prices and a family-oriented commitment to customer service and satisfaction. Made in the US of A, the koflo team pride themselves on service and quality. Through a constant dedication to these principles for over twenty-five years, Koflo has become a leader in the global static mixer industry.

In November of 1990, Koflo constructed its current manufacturing facility in Cary, Illinois, a far northwest suburb of Chicago. This unique location has afforded Koflo the ability to attract employees with a strong work ethic, and at the same time utilize the vast wealth of resources available from nearby Chicago.

In the ensuing years many changes have taken place within the industrial marketplace. One major change was the requirement of "just in time" delivery. In response to this change, Koflo increased inventory levels of both standard OEM mixers and individual mixer components. An inventory program was also created for a majority of our OEM customers with specific mixer needs.

For chemical injection Koflo specify injection quills based on application.

There are many different applications for static mixers such as: water, dosing, chemicals, petroleum, food and beverage, pharmaceutical, waste water, gases, etc.

Before we can select the right mixer we will need to understand your application and in particular: flow, pressure, viscosity, blend ratio, temperature, hygiene requirements, pipework and flange requirements, etc. Give the Pump & machinery team a call and we will do our best to help.

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The Sulzer range of single-stage pumps and 2 stage pumps can be designed either using the end suction overhang impeller design method, or the impeller between bearing design method. These pumps comply with either ISO 5199 / ISO 2858, ASME B73.1 or API 610 standards and guarantee reliable pumping processes.

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Rotary lobe pumps are equally suitable for low and high-viscous media. Due to their large free ball passage and low rotational speed they are relatively tolerant to blockage and solid materials in the medium. Varying solid content and thereby caused pressure variations are no factor to the flow. Their performance capacity is higher than that of many other positive displacement pumps of the same type. As energy is the most decisive factor of life cycle costs this is one of the most important benefits of this pump technology.

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Air operated double diaphragm pumps are widely used in a variety of applications due to their versatility. AODDP's feature few moving parts, with no motor, base plate or other peripherals required. The design style, coupled with its positive displacement functionality, allows for the transfer of shear sensitive products with self-priming up to 25 feet. Air diaphragm pumps feature low initial investment as well as low replacement costs for wear parts when compared to other pump types.

Advantages of AODD pumps can include:

• Chemical compatibility
• Self priming
• Ability to dead head
• Variable speed
• High viscosity
• High pressure
• High temperature
• Large particle size
• Portability