SCHLICK 970 model, design 7-1 S89: the special variant of the proven ABC 970 model, design 7-1 S75 for mounting on the PCA with only two screws. All media are fed through the specially developed PCA connection. There are no further connectors; dirt-gathering corners are avoided.
Thanks to the SCHLICK Anti-Bearding Cap (ABC) the sticking and build-up of deposits is prevented as far as possible. The GMP design also enables a very simple installation/de-installation for cleaning or servicing. This leads to shorter downtimes and more efficiency in production.
The laboratory nozzle model 970 form 7-1 S75 is designed with separate attachments for the pattern air (PA) and the atomising air (AA). So, there is more freedom for adjustment. Using the air pressure there are equally as simple and reproducible settings for the droplet size and the spray angle. For the first time upscaling from laboratory to production is possible due to the use of ABC-Technology® throughout. The laboratory nozzle guarantees reproducible results.
Standard bore holes for liquid operation are available with: 0.5 / 0.8 / 1.0 / 1.2 mm.
Individual bore diameters are available on request.
ATEX version for PCA nozzles also available.
Materials: FDA compliant 1.4404 (AISI 316L) materials / Titan 3.7035, surface quality: Ra < 0.8. Other materials available on request.
SCHLICK offers a compact flat gasket solution instead of single O-rings for PCA nozzles of the 970 model series. This is our answer on all requests to reduce process times and at the same time to increase product safety. The flat gasket solution replaces all five O-rings of the nozzle, which create the contact surface to the Professional Coating Arm. Due to its intelligent design, it cannot be mounted incorrectly and is easy for the user to grasp and insert by hand.
Blocked spray nozzles are a widespread problem in fluidised bed systems in which very fine or tacky products are processed. By using ABC nozzles, the pharmaceutical excipient manufacturer DMV Fonterra Excipients has succeeded in avoiding unplanned downtimes. Düsen-Schlick Anti-bearding cap technology (ABC nozzles) is well-established in the field of tablet coatings.
Read moreImproved spray arm design and advanced nozzle systems cut set up time in half on state-of-the-art tablet coaters. This has big advantages for contract manufacturers who have find efficient ways of dealing with frequent changeover.
Read moreIn the pharmaceutical industry, flat spray two-substance nozzles are used in coating drums for the coating of pharmaceutical products. If possible, the coating process should not be interrupted for economical reasons. In addition to the geometry of the coater, the drying air and the spraying liquid, the nozzles play a particularly important role in this process. A new nozzle with an antibearding cap (ABC-Technology®) meets the requirement for operating security and improved handling during coating.
Read moreIn tablet production, coating processes require a lot of manual operation and experience: The spray arms and nozzles that are used have to be constantly checked, and the spraying process variables require careful adjustment. A new nozzle and spray arm concept now allows you to achieve considerably more efficient processes.
Read moreAnti-bearding air cap ensures that droplets are well distributed, and that coating and moistening are homogenous. The type of nozzle used for coating and moistening determines the process result. Normally, flat spray two-substance nozzles are used for this process. A new, robust air cap withstands even the most adverse operating conditions and thus ensures a clean spraying process with the ideal drop size.
Read moreTime and again conventional spray arms cause trouble when coating tablets. They are often difficult to clean and are not easy to inspect. The result is a disruption to the process flow and unnecessarily long set-up times. A new spray arm concept promises to improve this situation.
Read moreConsultation, engineering, production and testing.
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Phone +49 9565 9481-0
Mail info(at)myschlick.com
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Telefon: +49 9565 9481-0
Mail: info(at)myschlick.com