Save up to 66 percent of servicing time, the NEMO® progressing cavity pumps in FSIP® design make it possible. They are available in three variants and can generally be used in all industrial areas where very different media have to be conveyed with low pulsation, as well as unaffected by fluctuations in pressure and viscosity, or dosing tasks.
The FSIP® pump is designed in a way that the housing itself functions as support and orientation guideline. The special design enables that each part automatically fits into its destination. Positioning is done automatically without further adjustments. Therefore the change of all wear parts takes less than half of the time required so far.
In block construction with a flanged drive, this NEMO® pump is particularly compact and economical. The pump also differentiates itself by means of low investment and operating costs. In FSIP® design the pump can help to safe even more maintenance costs and costs caused by downtimes. Two rotor/stator geometries are available to cover a broad spectrum of products and applications. Contact us and we will help you find the optimal solution for your particular application.
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The NEMO® BY block pump in industrial design can be used in environmental technology, the food and chemical industries, but also in the oil & gas upstream as well as the mid- /downstream sector for a wide variety of pressure-stable conveying or dosing tasks.
From low-viscosity media to hardly flowing products, with or without solid content, shear-sensitive, sticky or abrasive, with the NEMO® BY progressing cavity pump even difficult substances can be conveyed gently and with low pulsation, regardless of fluctuations in pressure and viscosity. In addition, the progressing cavity pump guarantees flow rates proportional to speed with high dosing accuracy over the entire speed range. In block design with flanged drive, this NEMO® pump is especially compact and economical. Moreover, the NEMO® BY is distinguished by its low investment, operating and maintenance costs. Four rotor/stator geometries are available for the various products and applications.
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NEMO® SY progressing cavity pumps are used in demanding applications for continuous, pressure-stable, gentle and low-pulsation conveyance as well as dosing in proportion to speed in nearly every branch of industry worldwide. The progressing cavity pump convinces through an extremely broad spectrum of applications.
Preferably, thin to viscous, solids-containing, shear-sensitive, lubricating and non-lubricating, thixotropic and dilatant as well as abrasive or adhesive media are conveyed. The pump is ideally suited for high-pressure applications. Four different rotor/stator geometries are available, enabling the pump to be customized perfectly to your application case. Furthermore in bearing block design and with a free shaft end, the pump can be driven by all types of drives, such as servo motors, diesel engines or hydraulic drives.
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The NEMO® C.Pro dosing pump is a fully synthetic pump for precise dosing as well as gentle and low-pulsation conveying of a wide variety of chemicals in the fields of environmental technology and the chemical industry.
The compact synthetic pump ensures continuous conveyance that is independent of pressure and viscosity fluctuations. In addition, it enables dosing accuracy proportional to speed over the entire speed range. Its wide range of applications includes both solids-free and solids-containing, low to medium viscosity (up to 20,000 mPas), thixotropic, dilatant, shear-sensitive, abrasive, lubricating, non-lubricating, aggressive (pH 0-14) and adhesive media. With only six main parts, the NEMO® C.Pro is furthermore extremely service-friendly and economical.
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The NEMO® BH hygienic pump in compact block design is used for hygienic applications in the food, pharmaceutical, cosmetic and chemical/biochemical industries because of its optimal process characteristics.
进步腔泵与反面的印象tinuous, pressure-stable, gentle and low-pulsation conveyance that is independent of pressure and viscosity fluctuations, as well as with dosing in proportion to speed. The hygienic design of the components and machines, as well as the cleanability of the system parts (CIP and SIP capable) are defined in a multitude of regulations.
NEMO® BH hygienic pump meets numerous hygiene guidelinesAdvantages
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The NEMO® Mini BH hygienic pump ensures continuous and low-pulsation conveying and is used for hygienic applications and optimum cleaning, especially in the food, pharmaceutical, cosmetics, chemical and biochemical industries.
The dead space-free, wear-free and maintenance-free flexible rod enables use even with highly sensitive, abrasive, thin to viscous media with and without solids. In addition, the NEMO® Mini BH guarantees high dosing accuracy with a deviation of less than one percent. The design with bearing block and free shaft end allows universal use of all types of drives. The hygienic design of the components and machines, as well as the cleanability of the system parts (CIP and SIP capable) are defined in a multitude of regulations. NEMO® pumps are designed, manufactured and tested in accordance with FDA (Food and Drug Administration) as well as EU VO 1935/2004. In addition, NEMO® hygienic and aseptic progressing cavity pumps meet the requirements of the 3-A Sanitary Standard of the USA and are GOST-R certified (certificate of conformity for Russia).
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The NEMO® SH Plus Hygienic Pump is employed for hygienic applications in the foodstuff, pharmaceutical, cosmetic and chemical/biochemical industries in order to provide continuous, pressure-stable, gentle and low-pulsation conveyance with optimal cleaning and dosing in proportion to speed.
The design with bearing block and free shaft end allows universal use of all types of drives. The progressing cavity pump is particularly suitable for shear-sensitive, low to highly viscous, lubricating, non-lubricating, solid-loaden, solids-free, thixotropic, dilatant, abrasive or adhesive media. The hygienic design of the components and machines, as well as the cleanability of the system parts (CIP and SIP capable) are defined in a multitude of regulations. NEMO® pumps are designed, manufactured and tested in accordance with FDA (Food and Drug Administration) and EU-VO 1935/2004 (EU regulation on food contact materials). Furthermore, NEMO® hygienic and aseptic progressive cavity pumps comply with the regulations of the 3-A Sanitary Standard of the USA and are GOST-R (certificate of conformity for Russia).
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The NEMO® SA aseptic pump in bearing block design with a maintenance-free flexible rod is crevice free and used, because of its cleanability (CIP/SIP process), for aseptic and hygienic applications in the food, pharmaceutical, cosmetic and chemical/biochemical industries for continuous, pressure-stable, gentle and low-pulsation conveyance as well as dosing in proportion to speed.
为了避免污染环境,所有hermetic areas can be sealed with steam or sterile condensate. The progressing cavity pump also convinces with a wide range of applications and is preferably used with bacteriologically sensitive, toxic, contaminated, shear-sensitive, low to highly viscous, lubricating, non-lubricating, solids-containing or solids-free, thixotropic, dilatant as well as abrasive and adhesive media. Many different regulatory bodies have set specifications for a hygienically correct configuration of components and machines, as well as for component cleanability (CIP/SIP process). NEMO® SA aseptic pumps are designed, produced and inspected in accordance with the regulations of the FDA (Food and Drug Administration) as well as EU-VO 1935/2004. In addition, NEMO® aseptic pumps meet the specifications of the United States’ 3-A Sanitary Standards and are GOST-R certified (a Russian certificate of conformity). The design with bearing block and free shaft end enables universal use of all types of drives.
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Conveying and cutting in one process step without expensive additional equipment, this is exactly what the NEMO® BO/SO hopper pump with integrated cutting device makes possible. With the progressing cavity pump, for example in the food industry, large solids such as pieces of fruit or vegetables can be easily and quickly chopped and pumped for further processing.
尼莫®BO /所以进展霍普腔泵r and coupling rod with feeding screw and force-feed chamber is employed in almost all branches of industry to provide continuous, pressure-stable, gentle and low-pulsation conveyance. The hopper housing with cutting unit guarantees optimum feed of chunky medium into the conveying elements. If the medium passes the force-feed chamber with the cutting unit the larger fruits and vegetables are cutted immediately. This unit consists of a rotating knife with three blades and a variable number of stationary knives adjustable to the size and consistency of the particles. Optionally the pump can be equipped with an additional cutting unit at the discharge flange of the pump. With its perforated disc and rotating knife it allows for further fine definition of the particle size. As any other NEMO® progressing cavity pump also the BO/SO pump has the ability to dose the conveyed media in proportion to rotation speed. In block construction with a flanged drive, this pump is particularly compact and economical In addition, the NEMO® is characterised by low investment, operating and maintenance costs. However, it is also available in bearing block design with a free shaft end. This means that the pump can be operated with different types of drive, such as servo motors, diesel engines or hydraulic drives.
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The NEMO® BO/BS progressing cavity pump with hopper and coupling rod with feeding screw as well as force-feed chamber for improved product feed into the conveying elements is used for applications in the environmental technology, food and chemical industries..
The NEMO® BO/BS is particularly suitable for shear-sensitive, lubricating and non-lubricating, thixotropic, dilatant, highly viscous and crumbly media that do not tend to bridge, as well as for slowly flowing to non-free-flowing media with and without solid content. The difference between the BO/BS types lies in the inlet hopper. The BO series has a rectangular inlet hopper and the BS series has a square inlet hopper. Both pump types are used in almost all branches of industry for continuous, pressure-stable, gentle and low-pulsation conveying. This special design ensures a better product feed into the conveying elements. In addition, the progressing cavity pump ensures speed-proportional dosing of almost all media. In block construction with a flanged drive, this pump is particularly compact and economical.
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The NEMO® BF is used in all branches of industry for continuous, pressure-stable, gentle and low-pulsation conveyance as well as for dosing in proportion to speed, especially of highly viscous, compacted and crumbly media that do not tend to bridge.
For optimum product feed into the conveying elements, the pump housing is designed with an enlarged, rectangular feed hopper and conical force-feed chamber as well as a special coupling rod with patented, positioned conveying screw. This also ensures the smooth conveying of solids containing shear-sensitive, abrasive, adhesive, thixotropic or dilatant as well as lubricating and non-lubricating materials. The NEMO® BF is particularly compact and economical in block construction with flanged drive.
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For optimum product feed into the conveying elements, the pump housing is designed with an enlarged, rectangular feed hopper and conical force-feed chamber as well as a special coupling rod with patented, positioned conveying screw. The additionally attached aBP-Module® - asynchronous Bridge Preventing - consists of a top shaft with two internal spoke wheels. These create "moving shaft walls" which exert a shearing effect on the medium. This reliably prevents bridge formation in the pump shaft. This also ensures the smooth conveying of solid-loaden, shear-sensitive, abrasive, adhesive, thixotropic or dilatant as well as lubricating and non-lubricating materials that have a tendency to bridge. The NEMO® is particularly compact and economical in block construction with flanged drive.
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Thanks to its pump housing with a large, rectangular feed hopper and removable, conically shaped stuffing chamber, as well as a coupling rod with a patented, position-optimized conveying screw, the progressing cavity pump guarantees optimal product feed into the conveying elements regardless of pressure and viscosity. The position-optimized tangential inlet on the hopper housing facilitates maximum mixing of the substrates. The B.Max is particularly suitable for continuous and low-pulsation conveying of fermented renewable raw materials, liquid manure, process water, ground biowaste, food waste, pre-processed slaughterhouse waste, concentrated substrates, thickened substrate and slop.
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NEMO® BT immersible pumps with hanging bracket for crane suspension or dome cover flanges are used for the low-pulsation emptying or conveying out of open or closed barrels, tanks, clarifiers, pits and similar containers.
They are also ideally suited for the use under limited space conditions, where there is danger of cavitation or a very low NPSH value.In addition, the pumps equipped with a bracket for crane suspension are used for emptying containers with water- and environmentally hazardous substances where the usual emptying through a flange at the bottom of the container is not permitted. Moreover, the NEMO® BT is insensitive to sand content in the medium being conveyed and impresses with its very high pumping speed as well as exact dosing accuracy.
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In the past, many oil fields were no longer considered profitable due to unpredictable flow rates. Using multiphase pumps, oil and gas production remains profitable even when the water or sand content in the medium increases. Thanks to the pumping principle, neither space-intensive separation devices at the well nor separate pumps, compressors and lines are necessary to transport gas and liquid to the central collection stations. Multiphase pumps allow you to pump without initial phase separation. In addition, by using the pumps, you conserve natural resources and thus the environment. Due to the closed system and the few existing leakage points, flaring in fields is prevented. The highest standards for equipment and safety are an essential requirement for working in oil fields to keep processes safe and reliable. NEMO® pumps contribute to this safety and reliability. The complexity of the pumped media ranges from high viscosity to low viscosity, from shear sensitive to heavily loaded with solids. The innovative and reliable design allows for efficient process control. These multiphase pumps meet the requirements of API 676 3rd Edition and also those of NACE MR-0-175. Safe and reliable pumping with maximum efficiency, NEMO® Multiphase progressing cavity pumps make it possible.
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High flow rates and high pressure in the oil and gas industry: This is what the NEMO® L.Cap progressing cavity pump offers you. It is available in single, twin, and vertical versions and is ideally suited for various applications such as tanks.
The innovative design of the NEMO® L.Cap allows you to pump up to 1000 m³/h at pressures of up to 20 bar without any problems. No challenge is too great: Efficient pumping of oil, gas and water mixtures containing high solids is possible. This means that nothing stands in the way of safe and almost pulsation-free transport of crude oil, produced water, oil seawater and mud seawater, even over long distances. This protects your plant and avoids high maintenance and servicing costs. Especially in the oil and gas industry, the highest demands on equipment and safety are essential prerequisites for making processes safe and reliable. The unique design of the L.Cap meets the highest requirements and thus enables you to control your operation efficiently and reliably. It meets the needs of API 676 3rd edition and also NACE MR-0-175.
One pump, several versions: In the twin version, the suction and discharge connections of the pumps are fitted with manifolds so that there is only one process connection for the inlet and one for the outlet. Both pumps typically run simultaneously but can also be operated separately during service works. On the other hand, the vertical version convinces its compact and highly efficient design, especially in tank applications. With the single version, you can replace several centrifugal or piston pumps connected in series when producing emulsions for oil applications and dewatering mines or transferring mineral slurries. No matter how complex the requirements are, we will find the optimal technology for your application and the respective working conditions.
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在整个泵循环,只有弹性体d metal component surface interface within the pump. Elastomer to elastomer component surface interfaces, which suffer from excess wear and generate heat, are eliminated. This makes TORNADO® rotary lobe pumps particularly robust and durable. The oil-free belt drive also ensures the extremely quiet running of the pump unit. This results in fewer vibrations and minor wear on all components. Which significantly increases the service life. The FSIP® design also makes maintenance very easy for you: Since the system is not lubricated, there is no need for time-consuming lubricant changes and no risk of leakage.
Quick and easy service due to innovative FSIP® conceptAdvantages :
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The universally applicable and individually matched TORNADO® T1 rotary lobe pumps convince with the GSS technology (Gearbox Security System), a spatial separation between pump chamber and gear box. The rotary lobe pumps are insensitive to dry running and are used in applications in the fields of environment & energy, chemicals & paper as well as oil & gas mid-/downstream.
泵的尺寸和规格量身定制to suit the characteristics of the pumped media and the operating requirements. The TORNADO® T1 rotary lobe pump is of optimal design for each application based on the knowledge and experience gained by NETZSCH over many decades of development, design, manufacture and supply of positive displacement pumps into all industries. This experience has founded the development of the NETZSCH GSS technology, which significantly extends operational reliability by physically separating the pump chamber and gearbox. It guarantees the highest level of operational safety through the spatial separation between the pump chamber and the gearbox and thus prevents the medium from ingressing into the gearbox as well as the gearbox oil from ingressing into the pump chamber. Three series with a total of twelve models available provide for flow rate range of 1-1,000m³/h. The standard version of the TORNADO® T1 rotary lobe pump is designed for pressures of six bar in continuous operation. Individual customised solutions are also available for higher pressures.
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At the core of the mobile units are the TORNADO® pumps with two rotary lobes which are three-winged and screw-shaped and engage whilst rotating. They thereby generate a vacuum on the suction side. This means the water is drawn in automatically andconveyed to the discharge side. Viscosity and dry matter content have a minimal effect on the volumetric flow. Solids like sand or clumps of earth pose absolutely no problems for the robust pumps. Robust design ensures reliable operation. When designing the pumps, special attention was paid to robustness to ensure that abrasive or aggressive media would be unable to damage the technology. The rotary lobes are coated with resistant nitrile rubber, which enables the pump seal to do its job reliably even under great stress and strain. Furthermore, the gear box and pump chambers in the pumps are separated from one another. Even in the event of the shaft sealing failing, the media being conveyed will not be able to get into the gear box and damage it. The pumping capacity, drive (diesel unit) and chassis are designed precisely to the features of the pumping medium and purpose. Highly diverse material and shaft seal variants cover virtually all applications in the areas of farming, environmental and catastrophe protection, chemical, paper as well as oil and gas. The TORNADO® rotary lobe pump is designed for easy handling and maintenance. In this way, any maintenance can be performed directly on site. In order to clean or replace seals or rotary lobes, for example, only the housing cover has to be removed. This ensures that the pump is quickly ready for use again.
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与扶轮叶自吸泵,你可以reliably convey abrasive and aggressive media. Even adhesive or shear-sensitive substances with hygienic requirements are not a challenge for the powerful T.Proc®. For residue-free cleaning of the hygienic version, you can use the proven CIP process (Cleaning-In-Place) and the SIP process (Sterilisation-In-Place). This allows you to clean or sterilise your system without prior disassembly in a circular or continuous operation. Maintenance is also possible without disassembly, thanks to the FSIP® concept. With the help of the setting device mounted in front of the pump cover, you can easily position the rotary lobes after servicing without the need for expensive special tools. Both the all-metal and the industrial models deliver continuously and evenly. The oil-free belt drive also ensures that the pump runs exceptionally smoothly. This results in fewer vibrations and minor wear on all components, increasing the pump's service life. Since the system is not lubricated, there is no need for time-consuming lubricant changes and no risk of leakage.
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all-meta扶轮叶自吸泵l design, you can reliably convey abrasive and aggressive media. Even adhesive or shear-sensitive substances with high hygienic requirements are no challenge for the powerful pump. Like its sister for industrial applications in elastomer/metal design, it delivers continuously and constantly. Dosing by speed is also possible. The dead space free design prevents contamination of the media.
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Compared to the regular version, the T.Sano® smooth has an entirely smooth housing on which hardly any kind of dirt or dust can accumulate. This is made possible by the compact and space-saving design, which avoids any corners, edges or dead spaces. Another decisive advantage offered by the T.Sano® is its CIP (Cleaning-In-Place) capability. This allows you to clean the system in a circular or continuous process without prior dismantling. Thanks to the cleanability of the pump chamber and the optimised outer contours, the rotary lobe pump meets the 3A standard and is also EHEDG-certified.
Easy service and maintenance due to FSIP® concept
However, you can not only clean the T.Sano® without prior dismantling but also fully service it: The FSIP® concept (Full Service In Place), which has been tried and tested for years, makes it possible. When used in wear-intensive applications, where increased service and maintenance is to be expected, you save considerable capacities and thus costs. The fact that the entire front can be opened gives you quick and easy access to the pump chamber right up to the flange connection.
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Flexible, efficient, reliable: NOTOS® multi screw pumps serve many industrial sectors and applications. NOTOS® pumps are designed to handle low to highly lubricating liquids with low to high viscosity, as well as shear-sensitive or chemically aggressive media.
The pumps have been optimised using the High-Efficiency Unique Design (HEUD) concept to give you maximum performance. Your satisfaction is always our top priority. That is why we offer you a wide range of materials. Our range of metallic materials extends from grey cast iron and chrome-nickel steel to duplex, super duplex or Hastelloy steel. We promise you Proven Excellence - outstanding performance in all areas.
They convince through continuous conveying with low pulsation, which ensures gentle product handling. NOTOS® two screw pumps have one drive screw, transferring torque through a hydrodynamic film to the rotating intermeshing driven screw. Two spindle pumps are particularly suitable for non-abrasive to slightly abrasive, corrosive as well as non-corrosive and low to highly lubricating liquids. They have also proven themselves for low to high flow rates as well as pressures. To achieve maximum efficiency, the pump has been optimised using the High Efficiency Unique Design (HEUD) concept. This is characterised by extremely precise tolerances due to state-of-the-art technology as well as the optimised spindle profile. The wide range of materials, from grey cast iron and chrome-nickel steel to duplex, superduplex or hastelloy steel, ensures optimum pumping conditions in a wide variety of applications. Optionally, the pumps can be upgraded according to the standards of the American Petroleum Institute (API). These special requirements are mainly relevant in the oil & gas and petrochemical industries.
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Due to the optimisation by means of the High Efficiency Unique Design (HEUD) concept, three screw pumps convince with a high efficiency. In addition, continuous delivery with low pulsation and a flow of the medium with minimal turbulence is ensured. This results in gentle product handling. It is assured by means of state-of-the-art technology, precise tolerances and an optimised screw profile. In addition to a drive screw that transmits torque via a thin hydrodynamic film, 3NS three screw pumps have two rotating, intermeshing driven screws. This makes them particularly suitable for non-abrasive and non-corrosive media as well as for liquids with low to medium viscosity, such as lubricants. Through an optional upgrade, NOTOS® multi screw pumps meet the American Petroleum Institute (API) standards relevant to the oil & gas and petrochemical industries. Furthermore, thanks to the wide range of materials, they are versatile and can be used in a wide variety of applications. In addition to grey cast iron and chrome-nickel steel, they are also available in duplex, superduplex or hastelloy steel. This ensures low maintenance and thus low life cycle costs.
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Due to the High Efficiency Unique Design (HEUD), the 4NS twin screw pumps ensure an extremely continuous and gentle conveying of the product. State-of-the-art technology ensures precise tolerances and an optimised screw profile. This results in low life cycle costs and long service life. Geared twin screw pumps have two shafts and four screws. The torque is transmitted to the driven shaft via helical gears. This design is hydraulically balanced and prevents metal to metal contact between the single screws, which significantly reduces maintenance. The wide range of materials, from grey cast iron and chrome-nickel steel to duplex, superduplex or hastelloy steel, enables universal use in numerous industries.
Multi screw pump with wide range of applications
The application spectrum of the 4NS ranges from non-abrasive to moderately abrasive as well as from non-corrosive to corrosive pumped media. In addition, lubricating and non-lubricating fluids with low to high viscosities can be transported. As a result, and because of the small footprint they are used for pumping in shipping, power generation, tank farms and the process industry. In addition, 4NS twin screw pumps meet the standards of the American Petroleum Institute (API) through an optional extension. This means that they can also be used in the oil & gas sector and the petrochemical industry without any problems.Advantages
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With its stable and compact housing and efficient design, the twin screw pump is ideal for industries that value high quality, maximum productivity and excellence throughout the process: A reliable solution tailored to the individual requirements of a application. It is designed for hygienic applications to optimally convey media with higher viscosity at high working pressures up to 16 bar or 230 psi. Chocolate, fruit juices or fruit yoghurt, for example, are pumped while retaining their consistency and natural properties without any loss of quality. The FSIP® concept makes it possible to completely dismantle and reassemble the spindles and mechanical seal without removing the pump from the production line. Downtimes for maintenance work can thus be significantly reduced. This intelligent, technical solution ensures even more convenience and safety in your processes.
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Due to its heavy-duty design, the hose pump is ideally suited for pumping materials with up to 70 percent solids and fibre content. As a result, the robust PERIPRO industrial design covers numerous different industrial applications. With our hose pumps, you can convey even abrasive and aggressive media such as sludge, ceramic slurry or cement with maximum process reliability. In addition, the hose pump offers you an extremely high suction capacity with a high level of maintenance friendliness at the same time. The large diameter of the rollers, the low lubricant requirement and the few wearing parts make this possible.
Precise and powerful conveying in a wide range of applications
Hose pumps do not need any wear-intensive valves or mechanical seals. The only wearing part is the easily replaceable hose. This reduces your downtimes and service times and saves you money at the same time. In addition to reversible delivery, the PERIPRO hose pump offers you the highest dosing accuracy with less than one percent deviation. Even in applications with variable pressure, the pump can dose with the highest accuracy. This means that nothing stands in the way of precise and powerful conveying.
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Easy cleaning processes with maximum efficiency at the same time: With its innovative design, the PERIPRO hose pump in food version enables you contamination-free conveying in the food industry as well as effortless cleaning.
The food version of the hose pump is CIP ("Cleaning-In-Place") capable. Thanks to an easy to open cover, you can remove the rollers and thus clean the pump even more simply. In addition, the hose is made of food-safe FDA certified nitrile. That makes the hose pump particularly suitable for the uncomplicated pumping of juices or wine. Even abrasive media can be pumped properly because of the resistant hose. In addition, PERIPRO pumps provide you with the highest dosing accuracy. The deviation is less than one percent. This prevents rejects and thus unnecessary costs.Advantages
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特别是在化工、relia过程bility plays a central role. The PERIPRO hose pump in chemical design offers you the highest reliability even in conveying corrosive media with maximum dosing accuracy at the same time.
The challenges of the media to be conveyed in the chemical industry could not be more varied. The numerous different materials of the hose enable you to transfer even corrosive products safely. With the PERIPRO hose pump in chemical design, you can convey and dose, for example, corrosive media such as hydrochloric acid, sulphuric acid or ferric chloride in compliance with the highest safety standards. The dosing accuracy of the hose pumps is particularly high, with a deviation of less than one percent.Advantages
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Impurities are reliably ground up or separated from the medium. Objects such as stones can be easily removed from the integrated separator container with separate clean-out port and drain openings. This reliably prevents damage to the following aggregates. The crushable parts are pressed against the cutting place by the flow and ground there by the rotating head of the cutter until they are flushed through the openings and do not pose a danger to your system. The cutting plate is convincing due to its robustness. It is made of a wear-resistant special alloy, hardened and finely ground on the contact surface with the cutter head. Available in different hole sizes for the individual requirements of your application, the steel milling head is equipped with positive-fit carbide cutting edges. In addition, the cutting plate can be turned over in case of wear. Thanks to the quick and straightforward disassembly, you save time as well as money while at the same time ensuring maximum protection for your pump.
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The inline housing design allows you to install it in pipeline systems to protect the following equipment, such as your pumps. Despite the pipeline installation, the macerator offers you the proven FSIP® concept due to its innovative design. This means you can carry out complete maintenance without removing it from the pipeline, saving you time and the associated costs. Depending on the desired crushing degree, you can choose from numerous tooth combinations. The different blade designs with three to eleven teeth can be easily replaced. This means you can determine the degree of shredding yourself. In addition, there are different blade blocks with unique geometry for optimal comminution of solids. If a blockage should nevertheless occur, an optional control system with reversal of the direction of rotation offers you a remedy. This allows you to easily remove blockages in the cutting devices without having to dismantle the shredder.
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No challenge is too great for the NEMO® dispensers and hand dispensers. They can easily handle low to high viscosity and abrasive to anaerobic media in a product-friendly manner. Even shear- and pressure-sensitive products pose no difficulties. In addition, the dosing accuracy of approximately one per cent and the speed-proportional delivery rate is ensured even with demanding media. This means that you can dose your products completely without dripping. This prevents rejects and thus unnecessary costs. In addition, the dispensers and manual dispensers impress with their compact design and a valve-free dosing method. On the one hand, this prevents increased downtimes, and, on the other hand, the dispensers are optimally suited for inhomogeneous liquids and applications in robotics and servo technology. Optionally, the dispensers can also be temperature-controlled. This means you can also quickly convey media that tend to harden or require temperature control.
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Features of NEMO® Dispensers and Hand Dispensers
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NEMO® barrel emptying systems are versatile and suction themselves towards the bottom of the barrel. With NETZSCH emptying systems, you can empty your barrels and containers in the chemical, pharmaceutical and food industries almost wholly.
The heart of the system is a NEMO® BY progressing cavity pump, which provides you with constant, low-pulsation pumping. The versatility is enormous: From low-viscosity to barely flowing media, with or without solids content, shear-sensitive, sticky or abrasive, with the progressing cavity pump, you can pump even complex media gently and independently of pressure and viscosity fluctuations. Optionally, the pump can also be heated. This enables you to pump products that tend to harden or require temperature control. When the system is switched on, a vacuum forms under the follower plate. At the same time, this exerts a slight pre-pressure on the medium to ensure constant suction. This ensures emptying with a residual quantity of less than one percent of the total content. In this way, you save medium and, consequently, money.
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桶清空的核心单元是南风®2NSH twin screw pump. With positive displacement it creates a low pulsation flow to convey the product without damage. The products are only exposed to friction loss through the discharge piping. The barrel emptying system is particularly suitable for conveying products containing solids in suspension.
Barrel emptying system: Easy to cleanAdvantages
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The central element of the hygienic container emptying system is a NEMO® BH progressing cavity pump, which enables constant and low-pulsation pumping. The hygienic pump conveys media with a wide range of properties gently and independently of pressure and viscosity fluctuations. No challenge is too difficult for the NEMO® BH: even low-viscosity to barely flowing media, with or without solids content, and shear-sensitive, sticky or abrasive materials present no problems for the progressing cavity pump. With the optional heating or cooling jacket, you can also quickly convey products that tend to harden or require temperature control. By starting the pump, a vacuum is created under the follower plate. This also exerts a pre-pressure on the medium and thus ensures constant suction. The continuous delivery protects your system from shock loads and therefore reduces wear. In addition, emptying with a residual quantity of less than one percent is guaranteed. This significantly reduces waste, and you save costs at the same time.
NEMO® Dispensers guarantee the highest level of precision in dosing and reproducibility. For this reason, NEMO® Dispensers and NEMO® Hand Dispensers are employed in a great variety of applications and industries.
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