GEMÜ 560
GEMÜ 560 Metal Angle Seat Check Valve
Working Temperature:
-10°C to 180°C
Nominal Pressure:
PN25
,
Body Material:
Stainless Steel (1.4408)
,
Stainless Steel (1.4435)
,
Connection Type:
Butt Weld Spigots
,
Threaded Socket
,
Clamp
,
The GEMÜ 560 metal angle seat check valve provides secure backflow prevention for industrial liquid and gaseous applications. The GEMÜ 560 accommodates nominal sizes from DN 8 to DN 50, regulates operating pressures up to 25 bar, and withstands media temperatures ranging from -10°C to 180°C. Key Performance Capabilities: Optimised Flow Dynamics: The GEMÜ 560 integrates a stainless steel angle seat body design to optimise fluid dynamics, maintaining consistent flow rates to eliminate unplanned maintenance downtime within industrial liquid networks. Customised Media Resistance: The GEMÜ 560 uses PTFE, reinforced PTFE, or PFA seat seals, preventing corrosive chemical degradation to lower long term component replacement costs in aggressive media environments. Rapid Pipeline Integration: The GEMÜ 560 offers multiple connection configurations including butt weld spigot, threaded socket and clamp variants, accelerating pipeline assembly to prevent prolonged process downtime during system integration. Safety & Compliance: Sanitary Process Compliance: The GEMÜ 560 achieves FDA, Regulation (EC) No. 1935/2004, and Regulation (EC) No. 2023/2006 conformities, ensuring plant engineers standardise one metal check valve across strict sanitary and food-grade processing lines. Eurasian Market Conformity: The GEMÜ 560 holds EAC conformity, ensuring the valve meets Eurasian Economic Union technical regulations to permit standardised global deployment. Note: The maximum operational media temperature and pressure ranges depend strictly on the specific nominal size and connection standard selected for the GEMÜ 560 configuration.
Get a Quote
Need a price or lead time on this product? Complete the form or contact us using the details below, and our team will respond quickly with a competitive quotation.

