Steam traps are essential components in steam systems, designed to automatically discharge condensate, air, and non-condensable gases while preventing the loss of live steam. This flanged steam trap features a robust cast body construction and is suitable for reliable operation in high-pressure and high-temperature steam applications.

By efficiently removing condensate, steam traps help improve heat transfer efficiency, reduce energy loss, prevent water hammer, and protect downstream equipment. The flanged end connections ensure secure installation in steam pipelines and ease of maintenance.

Steam traps are widely used in boilers, heat exchangers, steam distribution lines, process heating systems, and industrial utilities.

Key Features

• Automatic discharge of condensate and air
• Prevents loss of live steam
• Robust cast body construction for long service life
• Flanged end connections for secure installation
• Suitable for high-pressure and high-temperature steam
• Reduces energy loss and operating costs
• Improves system efficiency and equipment protection

Typical Applications

• Steam distribution pipelines
• Heat exchangers and heaters
• Boilers and steam headers
• Industrial process heating systems
• Power plants and refineries
• Textile, chemical, and general industrial plants

Construction & Options

• Body material: Cast Iron / Cast Steel (as per application)
• Connection type: Flanged
• Design: Mechanical / Thermodynamic (depending on model)
• Pressure rating: As per ANSI / DIN standards
• Suitable for saturated and superheated steam

Advantages

• Efficient condensate removal
• Prevents water hammer and corrosion
• Improves steam system reliability
• Low maintenance design
• Long operational life in demanding conditions

Steam traps play a critical role in steam system performance, ensuring efficient operation, energy savings, and protection of equipment across a wide range of industrial applications.