BRAND : Kieselmann
Unbeatably aseptic! We have replaced the bellow seal with a diaphragm seal!
In order to process microbiologically sensitive products safely and aseptically in process systems, we have developed the GEMBRA aseptic valves. They combine hygienic design and forward-thinking hybrid technology.
GEMBRA stands for high-end stainless steel technology, excellent cleanability and a safe, long-lasting diaphragm seal. The aseptic valves are based on the geometric advantages of our proven seat valve technology. This includes freedom from cavities and optimal...
Unbeatably aseptic! We have replaced the bellow seal with a diaphragm seal!
In order to process microbiologically sensitive products safely and aseptically in process systems, we have developed the GEMBRA aseptic valves. They combine hygienic design and forward-thinking hybrid technology.
GEMBRA stands for high-end stainless steel technology, excellent cleanability and a safe, long-lasting diaphragm seal. The aseptic valves are based on the geometric advantages of our proven seat valve technology. This includes freedom from cavities and optimal idling behaviour.
The dome-free and gap-free GEMBRA valve concept meets the strict requirements of hygienic design. All seals in contact with the product are made in our proven k-flex sealing material for the highest temperatures and aggressive media. The sealing system is characterised by a defined load and metallic stop in all components. The process reliability is maintained even at pressure peaks of up to 30 bar.
The GEMBRA valves are available as single-seat valves, changeover valves, tank outlet valves and leak-proof double-seat valves in various nominal diameters.
• Level inner surface/excellent cleanability
• Safe leakage detection
• Shockproof up to 30 bar
• Simple, cost-effective seal replacement
• Metallic diaphragm support
• Anti-adhesive k-flex/PTFE (FDA compliant) sealing material
Technical data
DN 40-80
k-flex PTFE (FDA compliant)
maximum 30 bar
in product contact 1.4404 / AISI 316L
not in product contact 1.4301 / AISI 304
DN 40–65 maximum 10
bar
DN 80 maximum 8 bar
5.5–8 bar
Spring return, adjustable, optional end position feedback
maximum 95°C
+4° to +45°C
maximum 140 °C, 30 min.