Butterfly valve connection PN10/16, butterfly valve body & disc made of stainless steel (1.4408), seat ring made of EPDM, temp. (min. max.) -10°C to +120°C with hand lever (Al)
Double-eccentric butterfly valve DN 50Double offset type, WAFER type for installation between flanges PN10, PN16, ANSI 150, Face to face acc. to EN 558-1, Line 20; ISO 5752 Series 20, Tightness acc. to Class VI / ISO 5208, Rate A, Actuator connection: ISO 5211, Body: ASTM A216 WCB, Disc: ASTM A351 CF8M, Shaft: ASTM A276 F316, Seat: RPTFE (PTFE + 25% glass fiber) , Packing: PTFE, Max. working pressure: ≤25 bar, Temp. (min./max.): -29°C to +220°C, Operation: hand lever (SS316), TA Luft approval (ISO 15848), ATEX acc. to 2014/34/EU - Atex II 2GDc.
Double-eccentric butterfly valve DN 50Double offset type, WAFER type for installation between flanges PN10, PN16, ANSI 150, Face to face acc. to EN 558-1, Line 20; ISO 5752 Series 20, Tightness acc. to Class VI / ISO 5208, Rate AA, Actuator connection: ISO 5211, Body: ASTM A216 WCB, Disc: ASTM A351 CF8M, Shaft: ASTM A276 F316, Seat: INCONEL 718 (Metal-seated), Packing: Graphite, Max. working pressure: ≤25 bar, Temp. (min./max.): -29°C to +360°C(*), Operation: hand lever (SS316), TA Luft approval (ISO 15848), ATEX acc. to 2014/34/EU - Atex II 2GDc. (*) It is recommended to install heat sink from 225°C.
Double-eccentric butterfly valve DN 50 stainless-steelDouble-offset design, WAFER type for installation between flanges PN10, PN16, ANSI Class150, Face to face acc. to EN 558-1, Line 20; ISO 5752 Series 20, Tightness acc. to Class VI / ISO 5208, Rate A, Actuator connection: ISO 5211, Body: ASTM A351 CF8M, Disc: ASTM A351 CF8M, Shaft: ASTM A276 F316, Seat: RPTFE (PTFE + 25% glass fiber) , Packing: PTFE, Max. working pressure: ≤25 bar, Temp. (min./max.): -29°C to +220°C, Operation: hand lever (SS316), TA Luft approval (ISO 15848), ATEX acc. to 2014/34/EU - Atex II 2GDc.
Double-eccentric butterfly valve DN 50 stainless-steelDouble offset design, WAFER type for installation between flanges PN10, PN16, ANSI Class 150, Face to face acc. to EN 558-1, Line 20; ISO 5752 Series 20, Tightness acc. to Class VI / ISO 5208, Rate AA, Actuator connection: ISO 5211, Body: ASTM A351 CF8M, Disc: ASTM A351 CF8M, Shaft: ASTM A276 F316, Seat: INCONEL 718 (Metal-seated), Packing: Graphite, Max. working pressure: ≤25 bar, Temp. (min./max.): -29°C to +360°C(*), Operation: hand lever (SS316), TA Luft approval (ISO 15848), ATEX acc. to 2014/34/EU - Atex II 2GDc. (*) It is recommended to install a heat sink from 225°C.
Wafer butterfly valve DN 50 in stainless steel DVGWWafer type butterfly valve AK210W features a concentric design, ideal for installation between PN10/16/150lbs flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of EPDM for reliable sealing. The aluminium hand lever helps with simple and precise actuation and the ISO 5211 top flange offers more automation options. With DVGW drinking water approval, this reliable butterfly valve is ideal for industrial and drinking water applications.
Wafer butterfly valve DN 50 in stainless steel DVGW GasWafer type butterfly valve AK210G with concentric design, ideal for installation between PN10/16/150lbs flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of NBR for reliable sealing. The aluminium hand lever helps with simple and precise actuation while the ISO 5211 top flange offers additional automation options. With DVGW approval, this high-quality gas butterfly valve is ideal for industrial and gas applications.
Lug butterfly valve DN 50 in stainless steel DVGWLug type butterfly valve AK211W features a concentric design, ideal for installation between PN10/16 flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of EPDM for reliable sealing. The aluminium hand lever helps with simple and precise actuation and the ISO 5211 top flange offers more automation options. With DVGW drinking water approval, this reliable butterfly valve is ideal for industrial and drinking water applications.
Lug butterfly valve DN 50 in stainless steel DVGW GasLug type butterfly valve AK211G with concentric design, ideal for installation between PN10/16 flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of NBR for reliable sealing. The aluminium hand lever helps with simple and precise actuation while the ISO 5211 top flange offers additional automation options. With DVGW approval, this high-quality gas butterfly valve is ideal for industrial and gas applications.
Lug butterfly valve DN 50 in stainless steel Class150 DVGWLug type butterfly valve AK211W features a concentric design, ideal for installation between ASME Class150 flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of EPDM for reliable sealing. The aluminium hand lever helps with simple and precise actuation and the ISO 5211 top flange offers more automation options. With DVGW drinking water approval, this reliable butterfly valve is ideal for industrial and drinking water applications.
Lug butterfly valve DN 50 in stainless steel CL150 DVGW GasLug type butterfly valve AK211G with concentric design, ideal for installation between ASME Class150 flanges. The body and disc are made of CF8M (1.4408), the shaft of AISI 316 and the seat ring of NBR for reliable sealing. The aluminium hand lever helps with simple and precise actuation while the ISO 5211 top flange offers additional automation options. With DVGW approval, this high-quality gas butterfly valve is ideal for industrial and gas applications.
PTFE butterfly valve stainless steel DN 50 The water type butterfly valve AK132 is a tight-closing, centrally mounted split body butterfly valve with PTFE-coated disc, flanged body made of ASTM A351 CF8M and PTFE seat. The PTFE valve is suitable for installation between flanges PN10/16/ANSI 150 and is designed with ISO 5211 top flange connection for further automation. These PTFE butterfly valves are approved with TA-Luft ISO 15848-1, FDA EC1935/2004 and SIL 3 and are thus suitable for the chemical, pharmaceutical and food industries.
