Visit CoorsTek at ACHEMA 2018
Come See Us In Frankfurt, Germany
Visit the CoorsTek booth to learn more about our efficient and durable ceramic membrane filtration and chemical processing technologies. Together we will identify the best materials and most suitable performance metrics to address your specific expectations for high precision filtration systems. We look forward to seeing you in Frankfurt.
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You will discover two new developments at our booth:
CoorsTek has designed new membranes technologies especially for the micro- and ultra-filtration of molecules and particles from aqueous solutions:
- Multi-tube System
The multi-tube system consists of four single ceramic tubes connected together into a single ceramic part. Every tube performs the same way—ensuring more efficient filtering of the liquids. The cleaning of the filter, as well as the quality control of the tubes is easier. This technology is especially suitable for high quality filtering needed in specific applications such as pharmaceutical products.
Booth Location and Map
Convention Center Address:
Exhibition grounds of Messe Frankfurt GmbH
60327 Frankfurt am Main, Germany
Show Dates and Times:
11-15 June 2018
Monday-Thursday: 9:00 a.m. to 6:00 p.m.
Friday: 9:00 a.m. to 4:00 p.m.
ACHEMA 2018 Visitor Service Page
- Hollow Fiber System
The hollow fiber system consists of ceramic tubes assembled into a high-density module. The compact tube module size reduces the footprint of the filtering unit. Ceramic tubes offer superior temperature and chemical resistance compared to polymer tubes and delivering longer useful service life through harsh production or cleaning conditions.
CoorsTek has leveraged its expertise in the design and production of ceramic membranes to develop several porous ceramic tubular systems used in a wide array of industries. The CoorsTek technology team in Uden, Netherlands, collaborates with customers in Europe and worldwide to engineer application-specific solutions —taking into account geometry, pore size, and production parameters such as flux, temperature, and cleaning processes.