Used HVA 10F #19422 for sale

HVA 10F
Manufacturer
HVA
Model
10F
ID: 19422
Valves.
HVA 10F is a pump that provides flow solutions for a variety of applications. It is part of HVA product family manufactured by NETZSCH GmbH, a German engineering and industrial services provider. This particular pump is designed for pumping highly viscous fluids and offers a maximum flow rate of up to 4,000 liters per hour. 10F is constructed with a combination of robust and corrosion-resistant materials. These include cast iron, stainless steel, and abrasion-resistant plastics. The pump casing is made from thick cast iron and features an extra-large bearing surface for increased stability and durability even under the toughest conditions. The wetted parts of the pump are constructed from stainless steel that is resistant to wear and corrosion. HVA 10F also features replaceable LOROXXR wear plates for maximum wear resistance. The performance of 10F is further enhanced through its unique volute design. This ensures that the flow of the fluid is optimized for the most efficient operation of the pump. The volute design is also engineered to reduce pressure anomalies at the pump's suction point, allowing the pump to operate more steadily and efficiently. HVA 10F also features a flexible coupling that is designed to provide a high degree of misalignment compensation, allowing the pump to operate at varying speeds and temperatures. The flexible coupling also helps reduce vibration and noise levels to provide quiet and efficient operation. 10F pump is capable of handling a wide range of pressures and temperatures, making it suitable for a variety of applications. This includes pumping a range of high viscosity fluids from thin to thick, from clean to contaminated. HVA 10F can also be used for transferring liquids, slurries, and gas mixtures. The maximum operating pressure is 90 bar, while the temperature range is from -10⁰C to 110⁰C. 10F is also a low-maintenance pump, with simple and easy maintenance procedures. This ensures reliability and operational efficiency over long-term use.
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