Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard

Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard

200.0 INR/Piece

Product Details:

  • Valve Size Standard range: DN15~DN100 (1/2"~4"); Common sizes: DN15, DN20, DN25, DN32, DN40, DN50
  • Material Gray Cast Iron (HT200/HT250): PN16, 220 , for general non-corrosive service Ductile Iron (FCD450): PN25, 350 , higher strength than cast iron Cast Steel (WCB/A105): PN40 PN100, 450 , for medium and high pressure Stainless Steel (304/316L): PN40, 550 , corrosion resistant, for food and pharmaceutical
  • Connection Type Threaded / Flanged / Welded
  • Valve Type Steam Trap
  • Features Automatic condensate/air discharge, steam leakage prevention, efficient heat transfer, water hammer prevention, energy saving
  • Usage Steam Trap Product Introduction & Technical Specifications 1. Product Overview A steam trap, also known as a steam separator, is a critical automatic valve in steam systems. It automatically discharges condensate, air and non-condensable gases while effectively preventing steam leakage. Its core functions include ensuring efficient heat transfer of steam equipment, preventing pipeline water hammer, avoiding equipment corrosion, and saving steam energy. It is widely used in all industrial and civil fields that use steam, such as petrochemical, power, food, textile, and HVAC industries. 2. Technical Specifications 2.1 Nominal Diameter (DN) Standard range: DN15 ~ DN100 (1/2" ~ 4") Common sizes: DN15, DN20, DN25, DN32, DN40, DN50 2.2 Nominal Pressure (PN/Class) GB standard: PN16, PN25, PN40, PN63, PN100 ASME standard: Class 150, Class 300, Class 600 High-pressure type: Up to 42 MPa (special for power stations) 2.3 Working Temperature Cast iron: 220 Cast steel: 450 Stainless steel: 550 2.4 Discharge Capacity Small: 50 ~ 500 kg/h Medium: 1 ~ 10 t/h Large: 10 ~ 100 t/h 3. Main Component Materials 3.1 Body Materials Gray cast iron (HT200/HT250): Suitable for PN16, 220 , and general non-corrosive environments. Ductile iron (FCD450): Suitable for PN25, 350 , with higher strength than ordinary cast iron. Cast steel (WCB/A105): Suitable for PN40 ~ PN100, 450 , medium and high pressure conditions. Stainless steel (304/316L): Suitable for PN40, 550 , corrosion-resistant, and meets food/pharmaceutical grade requirements. Chromium-molybdenum steel (15CrMo/12Cr1MoV): Designed for high temperature and high pressure scenarios, especially for power station boilers. 3.2 Internal Component Materials Float ball: 304/316 stainless steel Seat / disc: SUS440C, Stellite alloy (hardness HRC60) Bimetallic strip: Nickel-iron alloy, manganese-copper alloy composite layer Bellows: 316L, Hastelloy alloy 3.3 Sealing Materials Hard seal: Stellite overlay, hard alloy (for high temperature and high pressure conditions) Soft seal: PTFE, fluororubber ( 200 , low leakage)
  • Sealing Metal hard seal (Stellite, cemented carbide); Soft seal (PTFE, fluororubber)
  • Click to view more
X

Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Price And Quantity

  • 200.0 INR/Piece
  • 1 Piece

Steam Trap / Bimetallic Steam Trap, Alloy Steel, Flanged, Automatic, Bimetal Element Structure, Superheated Steam, DIN Standard Product Specifications

  • Standard range: DN15~DN100 (1/2"~4"); Common sizes: DN15, DN20, DN25, DN32, DN40, DN50
  • Steam Trap Product Introduction & Technical Specifications 1. Product Overview A steam trap, also known as a steam separator, is a critical automatic valve in steam systems. It automatically discharges condensate, air and non-condensable gases while effectively preventing steam leakage. Its core functions include ensuring efficient heat transfer of steam equipment, preventing pipeline water hammer, avoiding equipment corrosion, and saving steam energy. It is widely used in all industrial and civil fields that use steam, such as petrochemical, power, food, textile, and HVAC industries. 2. Technical Specifications 2.1 Nominal Diameter (DN) Standard range: DN15 ~ DN100 (1/2" ~ 4") Common sizes: DN15, DN20, DN25, DN32, DN40, DN50 2.2 Nominal Pressure (PN/Class) GB standard: PN16, PN25, PN40, PN63, PN100 ASME standard: Class 150, Class 300, Class 600 High-pressure type: Up to 42 MPa (special for power stations) 2.3 Working Temperature Cast iron: 220 Cast steel: 450 Stainless steel: 550 2.4 Discharge Capacity Small: 50 ~ 500 kg/h Medium: 1 ~ 10 t/h Large: 10 ~ 100 t/h 3. Main Component Materials 3.1 Body Materials Gray cast iron (HT200/HT250): Suitable for PN16, 220 , and general non-corrosive environments. Ductile iron (FCD450): Suitable for PN25, 350 , with higher strength than ordinary cast iron. Cast steel (WCB/A105): Suitable for PN40 ~ PN100, 450 , medium and high pressure conditions. Stainless steel (304/316L): Suitable for PN40, 550 , corrosion-resistant, and meets food/pharmaceutical grade requirements. Chromium-molybdenum steel (15CrMo/12Cr1MoV): Designed for high temperature and high pressure scenarios, especially for power station boilers. 3.2 Internal Component Materials Float ball: 304/316 stainless steel Seat / disc: SUS440C, Stellite alloy (hardness HRC60) Bimetallic strip: Nickel-iron alloy, manganese-copper alloy composite layer Bellows: 316L, Hastelloy alloy 3.3 Sealing Materials Hard seal: Stellite overlay, hard alloy (for high temperature and high pressure conditions) Soft seal: PTFE, fluororubber ( 200 , low leakage)
  • Standard range: DN15~DN100 (1/2"~4"); Common sizes: DN15, DN20, DN25, DN32, DN40, DN50
  • Cast iron: 220 ; Cast steel: 450 ; Stainless steel: 550 Celsius (oC)
  • SUS440C, Stellite alloy
  • Gray Cast Iron (HT200/HT250): PN16, 220 , for general non-corrosive service Ductile Iron (FCD450): PN25, 350 , higher strength than cast iron Cast Steel (WCB/A105): PN40 PN100, 450 , for medium and high pressure Stainless Steel (304/316L): PN40, 550 , corrosion resistant, for food and pharmaceutical
  • Threaded / Flanged / Welded
  • Water, Oil, Gas, Base, Acid
  • Steam Trap
  • Automatic condensate/air discharge, steam leakage prevention, efficient heat transfer, water hammer prevention, energy saving
  • Steam Trap
  • Steam Trap / Condensate Drain Trap
  • Metal hard seal (Stellite, cemented carbide); Soft seal (PTFE, fluororubber)
  • Steam, condensate, air, non-condensable gas
  • Standard range: DN15 DN100 (1/2 4 )Common sizes: DN15, DN20, DN25, DN32, DN40, DN50
  • Other

Product Description

Steam Trap Product Introduction & Technical Specifications

1. Product Overview

A steam trap, also known as a steam separator, is a critical automatic valve in steam systems. It automatically discharges condensate, air and non-condensable gases while effectively preventing steam leakage.

Its core functions include ensuring efficient heat transfer of steam equipment, preventing pipeline water hammer, avoiding equipment corrosion, and saving steam energy. It is widely used in all industrial and civil fields that use steam, such as petrochemical, power, food, textile, and HVAC industries.


2. Technical Specifications

2.1 Nominal Diameter (DN)

 Standard range: DN15 DN100 (1/2" 4")

 Common sizes: DN15, DN20, DN25, DN32, DN40, DN50

2.2 Nominal Pressure (PN/Class)

 GB standard: PN16, PN25, PN40, PN63, PN100

 ASME standard: Class 150, Class 300, Class 600

 High-pressure type: Up to 42 MPa (special for power stations)

2.3 Working Temperature

 Cast iron: 220

 Cast steel: 450

 Stainless steel: 550

2.4 Discharge Capacity

 Small: 50 500 kg/h

 Medium: 1 10 t/h

 Large: 10 100 t/h


3. Main Component Materials

3.1 Body Materials

 Gray cast iron (HT200/HT250): Suitable for PN16, 220, and general non-corrosive environments.

 Ductile iron (FCD450): Suitable for PN25, 350, with higher strength than ordinary cast iron.

 Cast steel (WCB/A105): Suitable for PN40 PN100, 450, medium and high pressure conditions.

 Stainless steel (304/316L): Suitable for PN40, 550, corrosion-resistant, and meets food/pharmaceutical grade requirements.

 Chromium-molybdenum steel (15CrMo/12Cr1MoV): Designed for high temperature and high pressure scenarios, especially for power station boilers.

3.2 Internal Component Materials

 Float ball: 304/316 stainless steel

 Seat / disc: SUS440C, Stellite alloy (hardness HRC60)

 Bimetallic strip: Nickel-iron alloy, manganese-copper alloy composite layer

 Bellows: 316L, Hastelloy alloy

3.3 Sealing Materials

 Hard seal: Stellite overlay, hard alloy (for high temperature and high pressure conditions)

 Soft seal: PTFE, fluororubber (200, low leakage)

 

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email

Other Products in 'Steam Trap' category



Back to top