Straight radiator valves - Import export

Straight Radiator Valve / Straight Return Radiator Valve / Straight PX-B Radiator Valve / Straight PX-B Return Radiator Valve ** / Body : Brass (CW617N) / Body Type : Straight Type / Handwhell : Ebonite - Plastic (ABS) / Gasket : No, Optional / Max. Working Temp. : 120 ºC / Max. Working Pressure : 10 Bar *** Application Areas : Hot and Cold Water Systems

Angle Thermostatic Radiator Valve / Angle PX-B Thermostatic Radiator Valve / Straight Thermostatic Radiator Valve ** / Body : Brass (CW617N) / Body Type : Angle & Straight Type / Handwhell : Ebonite - Plastic (ABS) / Gasket : No, Optional / Max. Working Temp. : 120 ºC / Max. Working Pressure : 10 Bar *** Application Areas : Hot and Cold Water Systems

Our radiator valves DIN 42560 type B and type B OR for transformers are designed to be mounted between two flanges or between tank wall flange and radiator flange. The flange is made of forged steel S355J2G3 and thus not subject to any leakage. Flange thickness is h=40 mm with recessed body. Our radiator valves DIN 42560 B and B OR NW 80 fulfill the tightness requirements and operating conditions in accordance with DIN 42560 as well as EN 50216-8. Due to the metal sealed clap a low leakage is permitted while the soft-sealed radiator valve is absolutely oil and vacuum-tight (zero-leakage). Both variations are absolutely tight in operation condition to the outside of the transformer.

Our radiator valves DIN 42560 type A and type A OR are designed to be welded onto the transformer wall or on connection pipes. The radiator will be flanged on the four M16 holes (PCD=160 mm). The housing of the radiator valve is made of forged steel S355J2G3 and thus not subject to any leakage as it may occur with casted housing. Due to the metal sealed clap a low leakage is permitted while the soft-sealed radiator valve is absolutely oil- and vacuum-tight. Both types are absolutely tight in operation condition to the outside. Our welding neck radiator valves DIN 42560 type A NW 80 fulfil the tightness requirements and operating conditions in accordance with DIN 42560 as well as EN 50216-8.