SS CONDENSATE POT

Product Details:

A Duplex Condensate Pot is a dual-chamber condensate collection vessel used in steam and instrumentation systems. It is designed to trap and drain condensate efficiently before it reaches sensitive instruments such as pressure gauges, transmitters, or control valves. The duplex design ensures continuous operation, allowing one chamber to operate while the other is being drained or maintained.

• Body: Duplex Stainless Steel (e.g., UNS S31803 / S32205)

• Drain / Vent Connections: Same duplex stainless steel

• End Caps / Covers: Welded or flanged as per design

Why Duplex Stainless Steel?

• Excellent corrosion resistance in harsh environments

• High mechanical strength and pressure rating

• Suitable for steam, condensate, and chemical services

• Longer service life than standard austenitic stainless steel

• Dual-Chamber Design: Allows continuous operation during maintenance

• Vertical Orientation: Preferred for condensate collection

• Inlet: From steam or condensate line (top or side)

• Outlet: To instrument or drain system

• Drain: Bottom drain (manual or automatic)

• Vent: Optional top vent for air removal

• Mounting: Wall or pipe-mounted

• Size: 2" – 6" NB (custom sizes available)

• Schedule: SCH 40 / SCH 80 (as per design)

• Pressure Rating: Typically 1500 – 6000 psi (depending on design)

• Temperature Rating: Up to ~550°C

• End Connections:

  • NPT / BSP threaded

  • Socket weld / Butt weld

• Steam instrumentation systems

• Pressure measurement and control

• Boiler and turbine condensate collection

• Heat exchangers and process plants

• Oil & gas, petrochemical, and chemical industries

Product Details:

Composition:

Properties:

• Excellent resistance to corrosion, especially against chlorides, seawater, acidic condensates, and hydrogen sulfide.

• High mechanical strength at ambient and elevated temperatures.

• Resistant to pitting, stress corrosion cracking, and oxidation.

• Usable in temperatures up to ~540°C (1000°F) depending on system pressure.

A condensate pot in a steam system:

1. Collects condensate to prevent water from entering steam-operated devices.

2. Protects equipment (valves, turbines, control instruments) from water hammer and steam binding.

3. Provides a steady supply of condensate to the trap or return line.

4. Enhances steam system efficiency by removing condensate promptly.

Shape:

• Usually vertical cylindrical, sometimes horizontal for space restrictions.

Connections:

• Inlet: From steam or vapor line.

• Outlet: To steam trap or condensate return line.

• Optional: Drain or blowdown connection.

Accessories / Features:

• Steam trap connection for automatic drainage.

• Level gauge for condensate monitoring.

• Pressure relief valve in high-pressure systems.

• Inspection / manhole cover for maintenance.

Internal Design:

• Sufficient volume to hold condensate for 5–10 minutes of operation.

• Internal baffles may be used to prevent entrained steam carryover.

Flanges / Connections:

• ANSI / ASME flanges are commonly used.

• Welded construction may be used for high-pressure or corrosive systems.

• Marine / Offshore: Steam systems exposed to seawater or high chloride content.

• Chemical / Petrochemical plants: Corrosive condensate lines.

• Desalination plants: Brine condensate collection.

• High-pressure steam systems: Turbines, control valves, heat exchangers.

• Instrumentation protection: Differential pressure transmitters, control valves.

• Outstanding corrosion resistance in aggressive environments.

• Longer service life than carbon steel or stainless steel.

• Reduces maintenance downtime and equipment failure.

• Can handle high pressure and temperature steam reliably.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 7 DAYS

Product Details:

A condensate pot is used in steam, compressed air, or process fluid lines to collect and remove condensate, protecting sensitive instruments and valves. SS 310 is a high-temperature austenitic stainless steel, making this condensate pot suitable for high-temperature and corrosive environments such as steam systems, chemical, and petrochemical plants.

• High-temperature steam lines to protect instruments from condensate

• Chemical & petrochemical plants where high-temp fluids are present

• Instrumentation panels in power plants

• Compressed air lines operating at high temperature

• Any process line requiring high-temp, corrosion-resistant condensate collection

• High-Temperature Resistance: SS 310 maintains mechanical strength at very high temperatures.

• Corrosion Resistant: Performs well in oxidizing and mildly acidic environments.

• Protects Instruments: Prevents condensate from entering sensitive devices like gauges or transmitters.

• Customizable: Can be threaded, flanged, or welded depending on system requirements.

• Suitable for High Pressure: Handles up to ~3000 psi depending on design.

Product Details:

Condensate Pots, also called Seal Pots, are cylindrical vessels installed in impulse lines of steam or other vapor systems. They trap and collect condensate, ensuring only vapor reaches the measuring instruments and preventing inaccurate readings or damage.

• Collects condensate from steam before it reaches instruments.

• Ensures consistent liquid head for accurate differential pressure readings.

• Protects transmitters and gauges from thermal shock and erosion.

• Helps in separating particulate matter from the vapor/gas stream.

• Steam service with DP transmitters

• Boiler instrumentation

• Power plants

• Refineries and chemical plants

Additional Information:

• Production Capacity: 15000
• Delivery Time: REDY DTOCK
• Packaging Details: HPDE BOX , WOODEN BOX

Product Details:

 KALPATARU ^{compression tube fittings are double ferrule-type fittings  which provide} 

^{leak-proof, torque-free seals at the tubing connection.}

^{They provide  safety and  eliminate hazardous leaks of fluids in the} 

^{instrumentation field for a process, pressure, hydraulic, and other applicable tubing systems}

Product Details:

A Boiler Condensate Pot is a pressure-rated collection vessel used in steam boiler systems to collect and drain condensate from steam lines before it reaches instruments, valves, or the boiler itself. It prevents water hammer, measurement errors, and damage to sensitive equipment caused by condensate or flash steam.

• Body: Carbon Steel, Stainless Steel SS 304 / SS 316

• End Caps / Covers: Welded or flanged

• Drain / Vent Connections: Same material as body

Optional: Duplex stainless steel for corrosive steam or chemical environments

• Collects condensate from steam lines and boiler auxiliaries

• Protects instruments like pressure gauges and transmitters

• Prevents hot steam or water slug from entering sensitive equipment

• Ensures accurate pressure measurement and stable boiler operation

• Vertical cylindrical or bottle-type design

• Inlet: Top or side from boiler steam line

• Outlet: To instrument or condensate return line

• Drain: Bottom drain for manual or automatic condensate removal

• Vent: Optional top vent for air or non-condensable gases

• Wall or pipe mounting bracket for support

• Size: 2" NB – 6" NB (custom sizes available)

• Schedule: SCH 40 / SCH 80

• Pressure Rating: 1500 – 6000 psi (depending on design)

• Temperature Rating: Up to ~550°C

• End Connections: NPT / BSP threaded, Socket weld, or Butt weld

• Steam boilers and steam distribution lines

• Boiler instrumentation protection (gauges, transmitters)

• Heat exchangers, turbines, and auxiliary equipment

• Power plants, chemical, and petrochemical industries

Product Details:

A condensate pot is a device installed in steam, compressed air, or process fluid lines to collect and remove condensate before it reaches sensitive instruments or control valves. SS 904L is a highly corrosion-resistant austenitic stainless steel that performs well in strong oxidizing and acidic environments, such as chemical plants and refineries.

• Steam lines to protect instruments from condensate

• Chemical plants with acidic or oxidizing fluids

• Petrochemical and refinery instrumentation

• High-pressure compressed air systems

• High-corrosion environments where SS 304/316 may fail

• High Corrosion Resistance: SS 904L withstands strong acids and oxidizing conditions better than SS 316.

• Instrument Protection: Collects condensate to prevent damage to valves, gauges, and transmitters.

• Customizable Connections: Can be threaded, flanged, or welded depending on plant requirements.

• High Pressure & Temperature Capability: Suitable for harsh industrial environments.

Product Details:

A Hastelloy® C22 Condensate (Seal) Pot is a specialized component used in instrumentation systems to collect and hold condensate or foreign material from vapors, usually steam or chemical process lines, before it reaches sensitive measurement equipment. Using Hastelloy C22 (UNS N06022) for this application ensures exceptional corrosion resistance, even in highly aggressive environments.

• Acts as a barrier between the hot vapor line and pressure instruments (e.g., differential pressure transmitters).

• Traps particulates or condensate, preventing them from entering instrumentation.

• Maintains liquid head for differential measurement accuracy in steam and chemical systems.

Hastelloy C22 is a nickel-chromium-molybdenum-tungsten alloy with these advantages:

• ✅ Resistance to oxidizing & reducing agents

• ✅ Excellent protection against pitting, crevice corrosion, and stress corrosion cracking

• ✅ Withstands exposure to chlorides, acids, and aggressive chemical mixtures

• ✅ Performs in marine, chemical, nuclear, and offshore environments

• Oil & Gas

• Chemical Processing

• Power Generation (Steam lines)

• Pharmaceuticals

• Marine & Offshore

• Pulp & Paper

Additional Information:

• Production Capacity: 1500
• Delivery Time: READY STOCK
• Packaging Details: WOODEN BOX