Zeilfelder Pumps
ZEILFELDER positive displacement pumps are an excellent choice for transporting high-viscosity liquids because they are capable of effectively conveying these fluids without compromising performance. Unlike centrifugal pumps, which are better suited for aqueous media, ZEILFELDER positive displacement pumps operate by using mechanical displacement elements to propel the fluid through the pump chamber.
A ZEILFELDER positive displacement pump for high-viscosity liquids offers several advantages, particularly in the chemical and pharmaceutical industries, where the ability to handle high-viscosity liquids is critical. For example, such a pump can be effectively used to convey liquids such as syrup, honey, chocolate, molasses, and other high-viscosity materials.
ZEILFELDER positive displacement pumps for high-viscosity liquids are also capable of transporting solids embedded in liquids, such as fibers or granules. By using a suitable displacement element, these materials can also be effectively transported, enabling a wider range of applications.
Another important consideration when selecting a ZEILFELDER positive displacement pump for high-viscosity liquids is the design of the pump itself. There are a variety of positive displacement pump designs, including gear, piston, and screw. Each design has its own advantages and limitations, and it is important to select the design that best suits the specific application. ZEILFELDER offers this design service free of charge to its customers prior to the quotation.
Overall, ZEILFELDER positive displacement pumps for high-viscosity liquids are an excellent choice for conveying viscous media in the chemical and pharmaceutical industries. Their ability to handle high viscosities and even effectively transport solids has made them an extremely versatile solution for a wide range of applications for nearly 100 years. With the right selection and design, ZEILFELDER positive displacement pumps for high-viscosity liquids offer an effective and efficient solution for transporting media in demanding applications.