Flushing accessories

The flush ring is made of bar stock or forged material. The ring contains one or two flush holes. The flush holes can be selected in most common sizes. The flush ring is clamped between process and instrument flange and is therefore limited by the pressure rating of either of those flanges. All kind of facings are available on the flush ring.

The flush ring is made of bar stock or forged material. The ring contains one or two flush holes. The flush holes can be selected in most common sizes. The flush ring is clamped between process and instrument flange and is therefore limited by the pressure rating of either of those flanges. All kind of facings are available on the flush ring.

The flush flange is made of bar stock or forged material. The flange contains one or two flush holes. The flush holes can be selected in most common sizes. The biggest advantage of the flush flange is the easy positioning and alignment of the parts. All kind of facings are available on the flush flange.

The flush flange is made of bar stock or forged material. The flange contains one or two flush holes. The flush holes can be selected in most common sizes. The biggest advantage of the flush flange is the easy positioning and alignment of the parts. All kind of facings are available on the flush flange.

The reducer flange is made of bar stock or forged material. The reducer flange solution is used when the process nozzle is too small for an accurate measurement. With this solution you can enlarge the process nozzle to the needed size, and include flush and purge ports to the flange as well. There are two different types; the centric and
the eccentric reducer flange. The biggest advantage of the eccentric is that there no dead spaces in the reducer part. The draining of the set can be done completely.

The reducer flange is made of bar stock or forged material. The reducer flange solution is used when the process nozzle is too small for an accurate measurement. With this solution you can enlarge the process nozzle to the needed size, and include flush and purge ports to the flange as well. There are two different types; the centric and
the eccentric reducer flange. The biggest advantage of the eccentric is that there no dead spaces in the reducer part. The draining of the set can be done completely.

The eccentric reducer flange is the variant on the standard reducer flange. The biggest advantage is that the process media does not get trapped in the dead area of the flange. This allows a 100% drain of the assembly and thus a safe situation during removal of the diaphragm seal. The eccentric reducer flange solution is used when the process nozzle is too small for an accurate measurement. With this solution you can enlarge the process nozzle to the needed size, and include flush and purge ports to the flange as well.

The eccentric reducer flange is the variant on the standard reducer flange. The biggest advantage is that the process media does not get trapped in the dead area of the flange. This allows a 100% drain of the assembly and thus a safe situation during removal of the diaphragm seal. The eccentric reducer flange solution is used when the process nozzle is too small for an accurate measurement. With this solution you can enlarge the process nozzle to the needed size, and include flush and purge ports to the flange as well.

to extend the threaded process connection the use of threaded nipples can be convenient. Mostly used in combination with flush accessories, but can be used to extend pressure gauges from the process line as well.  From this point it is possible to build further with needle or ball valves. As these extension nipples are pressurized and wetted parts it is important to make sure the materials are compatible with the process media and the pressure rating. Therefore, a selection of most common materials are listed below with some of the key characteristics.

to extend the threaded process connection the use of threaded nipples can be convenient. Mostly used in combination with flush accessories, but can be used to extend pressure gauges from the process line as well.  From this point it is possible to build further with needle or ball valves. As these extension nipples are pressurized and wetted parts it is important to make sure the materials are compatible with the process media and the pressure rating. Therefore, a selection of most common materials are listed below with some of the key characteristics.