Flanged Butterfly Valve DN 250 PN10 NBR AK201

The Butterfly Valve DN 250 PN16 is a robust industrial valve designed for the reliable shut-off and control of pipeline flows. Design: DN 250, PN16, flanged, flanges, threads. Materials and seals: Body made of Ductile Iron GGG40 + epoxy 150µm; disc made of Stainless Steel (1.4408); flanges ; seat ring EPDM. Actuation and features: Hand Lever. Further features: Threaded eyes on Butterfly Valve ; Flanged Butterfly Valve connection flanges ; Tight-sealing; Centrically mounted. The centric design facilitates cost-effective installation, high operational reliability and reliable shut-off.

The Butterfly Valve DN 250 PN10 is a robust industrial valve designed for the reliable shut-off and control of flow in pipework. Design: DN 250, PN10, flanges, flanges, threads. Materials and seals: Body made of Ductile Iron GGG40 + 150 µm epoxy coating; disc made of Stainless Steel (1.4408); flanges; EPDM seat ring. Actuation and fittings: Hand Lever. Further features: Threaded eyes – Lug-Type Butterfly Valve with Hand Lever; flanged Butterfly Valve connection; Sealing closure; Centrally mounted.

The Butterfly Valve DN 250 PN16 is a robust industrial valve designed for the reliable shut-off and control of pipeline flows. Design: DN 250, PN16, flanged, flanges, threads. Materials and seals: Body made of Ductile Iron GGG40 + epoxy 150µm; disc made of Stainless Steel (1.4408); flanges ; seat ring NBR. Actuation and features: Hand Lever. Further features: Threaded eyes – Lug-Type Butterfly Valve ; connection flanges ; tight-sealing; centrally mounted. The central design facilitates cost-effective installation, high operational reliability and reliable shut-off.

The Butterfly Valve DN 250 PN10 is a robust industrial valve designed for the reliable shut-off and control of flow in pipework. Design: DN 250, PN10, flanged connection. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel (1.4408); EPDM seat ring. Actuation and features: Double-Acting Pneumatic Actuator. Operating data: Max. operating pressure 8 bar. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.

The Butterfly Valve DN 250 PN10 is a robust industrial valve designed for the reliable shutoff and control of flow in piping systems. Design: DN 250, flanged, threaded. Materials and seals: Body made of Ductile Iron GGG40; valve disc made of Stainless Steel 1.4408 and EPDM – the seat ring ensures a secure seal. Actuation and features: Single-Acting Pneumatic Actuator. Operating data: 8 bar. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.

The Butterfly Valve DN 250 PN16 is a robust industrial valve designed for the reliable shut-off and control of flow in pipework. Versions: DN 250, flanged. Materials and seals: Body made of Ductile Iron GGG40; seat ring ensures reliability up to 8 bar. Ideal for applications in water treatment that can be automated. Actuation and features: Double-Acting Pneumatic Actuator. Operating data: 8 bar. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.

The Butterfly Valve DN 250 PN10 is a robust industrial valve designed for the reliable shut-off and control of pipeline flows. Design: DN 250, PN10, flanged connection. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel (1.4408); NBR seat ring. Actuation and features: Double-Acting Pneumatic Actuator. Operating data: Max. operating pressure 8 bar. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.

The Butterfly Valve DN 250 PN10 is a robust industrial valve designed for the reliable shut-off and control of pipeline flows. Design: DN 250, PN10, flanged, with threads. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel (1.4408); EPDM seat ring. Actuation and features: Single-Acting Pneumatic Actuator. Operating data: Max. operating pressure 8 bar. The centric design facilitates cost-effective installation, high operational reliability and reliable shut-off.