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Seven Advantages of Multi Screw Pumps From NETZSCH
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Seven Advantages of Multi Screw Pumps From NETZSCH - How You Benefit
NOTOS® multi screw pumps from NETZSCH offer you countless advantages, such as exceptionally high efficiency, a small footprint and easy maintenance. Thanks to numerous designs, you can pump a wide range of media from food to oil and gas without any problems.To get more news about NETZSCH Pump Accessories, you can visit hw-screwpump.com official website.
Environmental protection and sustainability are increasingly important in producing and selecting the correct pump system. One of the decisive advantages of multi screw pumps is their exceptionally high efficiency. Thanks to the innovative design, NOTOS® multi screw pumps from NETZSCH offer you significantly increased efficiency compared to other pump types. Thus, using a multi screw pump maximises your system's efficiency and protects the environment. Even when pumping complex media and fluctuating pressures, the multi screw pump convinces with maximum performance. Nothing stands in the way of efficient and, at the same time gentle pumping.
Another elementary advantage of the multi screw pump is that there is no metal-to-metal contact between the spindles during operation. Exact tolerances ensure this due to state-of-the-art technology and the optimised spindle profile. On the one hand, this helps to prevent contamination of the pumped material. On the other hand, it significantly increases the service life and reduces the maintenance effort of the pumps. This saves you time during servicing and thus unnecessary costs. Since there is no contact between the rotating pumping elements, NOTOS® multi screw pumps are also ideally suited for hygienic applications. You can significantly increase the pump speed for cleaning. Thus, the required flow rate is achieved effortlessly, saving you an additional cleaning pump.The multi screw pumps from NETZSCH are designed to be particularly space-saving. In addition, they can be installed vertically or horizontally as required. Thanks to the small footprint and the incredible camp, you can easily use NOTOS® pumps in tight spaces. Two mounting options are available: Foot-mounted or flange-mounted. This advantage of multi screw pumps offers further flexibility when installing them in your system. This makes multi screw pumps suitable for shipping, power generation, the process industry and tank farms. Optionally, the pumps can also be extended per the American Petroleum Institute (API) standards. This means that nothing stands in the way of using a multi screw pump from NETZSCH in the oil & gas and petrochemical industries.
The hygienic design of the NOTOS® multi screw pump offers you further advantages. The innovative design has no dead spaces. This means that the NOTOS® 2NSH meets the high requirements of the food, beverage, chemical, pharmaceutical and cosmetics industries. Thanks to the dead space-free design, no residues of the medium remain in the interior. This allows you to convey your media in compliance with the strictest hygiene guidelines. In addition, conventional CIP cleaning often requires an additional pump to keep the system clean. With the multi screw pump from NETZSCH, no auxiliary pump is required, which is another advantage compared to other pumps. The NOTOS® works as a feed pump and a CIP pump during the cleaning process. This means you don't need a bypass, valves or additional pipes. This saves you space as well as other costs during installation and maintenance. In addition, the direction of rotation and delivery can be reversed.
Multi screw pumps are self-priming. The pumps can vent the suction line without any auxiliary devices. This saves you money on additional equipment and also makes the pumps space-saving. Compared to other pump technologies, the excellent suction behaviour is an advantage that multi screw pumps offer you. The innovative design allows you to use it for different media and thus makes the NOTOS® multi screw pump particularly flexible: Lubricating liquids with low to high viscosity and shear-sensitive or chemically aggressive media can be pumped with maximum efficiency.