Expension tank and air sparator

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ASME Diaphragm expansion tank for heating and cooling system




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • Designed pressure : 125 PSI (862 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl diaphragm

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue



ASME Replaceable bladder expansion tank for heating and cooling system




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • Designed pressure : 125 PSI (862 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl replaceable bladder

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue

ASME Hydropneumatic replaceable expansion tank, cold potable water




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • 304 stainless steel system connection

  • Designed pressure : 125 PSI (862 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl replaceable bladder

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue



ASME Thermal diaphragm expansion tank, hot potable water




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • 304 stainless steel system connection

  • Designed pressure : 150 PSI (1034 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl diaphragm

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue

ASME Thermal replaceable bladder expansion tank, hot potable water




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • 304 stainless steel system connection

  • Designed pressure : 150 PSI (1034 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl replaceable bladder

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue



ASME Plain steel expansion tank




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • Designed pressure : 125 PSI (862 kPa)

  • Designed temperature : 240F/115C

  • Carbon steel construction

  • Butyl replaceable bladder

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue

ASME SAT vortex type air separator




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • Designed pressure : 150 PSI (1034 kPa)

  • Carbon steel construction

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue



ASME SATF vortex type air separator




  • Constructed in accordance with the ASME code, SEC VIII 2010 11a, DIV.1, PARAG. UW-12(C)

  • Constructed in accordance with CSA B.51

  • Designed pressure : 150 PSI (1034 kPa)

  • Carbon steel construction

  • External finish : cleaned with solvent and application of one coat of grey primer

  • Download the catalogue