Engineered Protection: Lined Pumps for Corrosive and Hazardous Chemicals #
Lined pumps are specifically designed to address the challenges of transferring highly aggressive and corrosive chemicals. By combining an external metallic armor with a lining of advanced fluorinated engineering plastics, these pumps deliver both structural strength and exceptional chemical resistance. The magnetic drive, seal-less construction further ensures leak-free operation, making them ideal for industries where safety and reliability are paramount.
Product Series Overview #
AMXI Series
AMA Series
AME SeriesAMXI Series #
The AMXI Series features armored pumps tailored for outdoor use across various sectors, including utilities, chemical processing, and wastewater treatment. These pumps share similar size and performance characteristics with the AMX-Series, and utilize a magnetic drive, seal-less design to eliminate leakage. The corrosion-resistant lining enables safe handling of a broad spectrum of hazardous and corrosive chemicals.
AMA Series #
The AMA Series is engineered for high-capacity applications, such as chemical unloading and transfer. With a metal armor lined with fluoroplastics, these pumps are well-suited for outdoor environments and the handling of hazardous chemicals. The AMA-Series is designed in accordance with ISO 2858 and ISO 15783 standards, ensuring compatibility and reliability in industrial settings.
AME Series #
The AME Series represents heavy-duty process pumps constructed with metallic armor and high-purity PFA lining. These pumps are built to manage the most demanding applications, including the transfer of high-purity, aggressive chemicals at temperatures up to 150 °C. The robust design and material selection guarantee leak-free operation and long-term durability, with compliance to ISO 2858 standards.
Lined pumps from ASSOMA offer a reliable solution for industries requiring safe, efficient, and durable equipment for the transfer of corrosive and hazardous chemicals. Their advanced construction and adherence to international standards make them a trusted choice for critical applications.