Description:
Max bowl speed 2100 RPM, 200 PSI/260 F max, rated @ 150 GPM for multistage liquid/liquid extraction or washing, 15 HP motor 415/3/50/1460 RPM with fluid drive. Prior use: Pharmaceutical. Excellent condition. Located in Australia.
(2) Podbielniak D-18 centrifugal contactors, 316SS, are engineered to deliver high efficiency in liquid-liquid extraction processes, making them an ideal choice for industries such as pharmaceuticals. With a maximum bowl speed of 2100 RPM, these contactors ensure rapid phase separation, which is crucial for optimizing extraction yields. The robust design allows for operation under demanding conditions, with a maximum pressure rating of 200 PSI and a temperature tolerance of up to 260°F. Rated at 150 GPM, these contactors are capable of handling significant volumes, making them suitable for multistage extraction or washing applications. The inclusion of a 15 HP motor operating at 415V/3/50Hz with a fluid drive further enhances their performance, ensuring consistent and reliable operation across various processes.
Constructed from high-grade 316 stainless steel, the (2) Podbielniak D-18 centrifugal contactors are built to withstand corrosive environments commonly found in pharmaceutical applications. This material choice not only enhances durability but also ensures compliance with stringent hygiene standards, making these contactors suitable for sensitive applications. Prior use in the pharmaceutical sector indicates that these machines have been maintained to a high standard and are in excellent condition, ready to be integrated into your production line. Their strategic design facilitates easy maintenance, allowing for quick inspections and servicing, which minimizes downtime and maximizes productivity. Located in Australia, these contactors are readily available for businesses looking to enhance their extraction capabilities without compromising on quality.
Key Features:
High-Speed Performance, Durable Construction, Easy Maintenance, Efficient Liquid Handling, Versatile Applications
