Used AMAT / APPLIED MATERIALS A100L IPUP #9255605 for sale

AMAT / APPLIED MATERIALS A100L IPUP is a variant of progressive cavity pumps designed for the transfer of liquids in a wide range of industrial settings. Its construction of helical steel rotor (or bronze in some models) rotating within a double-lip rubber stator makes it highly reliable, even in highly caustic environments, providing reliable and accurate delivery of a range of liquids with distinct accuracy. The rotor rotates within the stator axially creating alternating and progressive cavities along its outside surface, including one at the discharge end. When subjected to an internal pressure, liquid flows from the suction end into the advancing cavity and is then discharged from the pump at the most effective point. This centrifugal action offers a unique delivery system with a consistent flow rate and very high resistance to turbulent flow. AMAT A100L IPUP fully complies with national and international safety standards. Its construction features a 12 month warranty, and all components are made of a corrosion resistant materials, making them highly suitable for a variety of challenging industrial conditions. The double-lip rubber stator and helical steel rotor of APPLIED MATERIALS A100L IPUP is of a unique design and helps to minimize wear and tear such that the rotor can tackle highly abrasive media. Additionally, it offers a range of variable speeds to increase the efficiency of the pump thus allowing the user to precisely control the output of the fluid with minimal risk of cavitation. A100L IPUP also offers many distinct benefits for users, such as self-priming capability, low noise levels, and the ability to handle a wide range of liquids from oils to solids. Even more, the pump is designed with an integrated safety system to prevent overpressure conditions and small NPSH requirements. Compact and versatile, AMAT / APPLIED MATERIALS A100L IPUP is an ideal solution for various industrial applications, such as mining, oil drilling, production of chemicals, petrochemicals, and food. Furthermore, it is suitable for a range of temperatures, viscosities, and pressures making it highly reliable and cost-effective.