The advantages of an AME pump

A. Rigid Shaft Support Traditionally, plastic chemical pumps either have a single sided shaft assist or only use plastic for a double-ended shaft help. The downside with this is that underneath excessive temperature or strain, the shaft help weakens resulting in shaft deflection and subsequently vibrations main elevated put on and decreased service life. เพรสเชอร์เกจnuovafima features a patented integral V form entrance assist that is part of the metal casing armour and then PFA lined. The rear of the shaft is supported in the PFA lined containment shell and strengthened by a steel assist ring and high-strength carbon fibre composite cover. This superior design means a longer design life leading to far less downtime and elevated productiveness.
B. Vacuum Resistant Lining The PFA lining is fashioned immediately onto the metal armour and designed to make sure the PFA material stays adhered to the armour even under low absolute stress.
C. Load Balanced Volute The casing volute is designed to have an evenly distributed hydraulic stress, offering a balanced radial loading on the impeller.
D/E. One piece, steel embedded impeller Traditionally, an ETFE or PFA magazine drive pump might be fitted with a separate impeller and internal magnet. In functions of high stress or temperature, the impeller can deform resulting in damages and reduced efficiency. The AME pump range is constructed whereby the impeller and magnet capsule are shaped as one piece which eliminates the potential of the impeller loosening. For further operational stability and rigidity, a metallic construction is embedded from the magnet capsule to the impeller blade further rising the pump’s operational life.
F. Simple Construction The stationary shaft design permits for a quite simple building which makes upkeep and repairs quite simple.
G. Reinforced Containment Shell The plastic containment shell is strengthened with a carbon fibre composite cover. There is no eddy current loss, so no extra heating of the pumped chemical.
H. High Strength Magnetic Coupling Inner magnets are constructed from Samarium Cobalt (SmCo) to be able to withstand excessive operating temperatures without experiencing demagnetization. High power neodymium (NdFeB) is then used for the drive magnet to offer high torque transmission.
I. Back Pull-Out Simple and quick upkeep entry with out the need to remove the pump casing from the piping.
J. ISO Standardised Designed to ISO 2858, ISO 5199, ISO 15783, and EN 809 standards.
The AME vary are heavy-duty course of pumps designed with a metallic armour and excessive purity PFA-lining to handle the toughest applications and for transferring high purity aggressive chemical compounds. Designed to ISO 2858 standards, these magnetic drive pumps are built for dependable and leak-free operation in the most arduous of purposes with temperatures <150°C thanks to the patented structural design.
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