STAINLESS STEEL Inverted Valve FT44 Wireless Testing Steam Trap

The stainless steel steam trap achieves automatic drainage through an inverted tank mechanism. When condensate enters the valve body, the inverted tank loses buoyancy and sinks, causing the valve to open and expel condensate and air. When steam enters the valve body, a steam layer forms inside the inverted tank, generating buoyancy, rising and pushing the valve to close, preventing steam leakage. The valve opens and closes periodically under the alternating action of steam and condensate, achieving stable drainage. The built-in wireless detection module can monitor temperature and opening/closing status in real time, enabling remote diagnostics and maintenance management, improving the reliability and energy efficiency of the steam system.

• Constructed from high-quality stainless steel, offering excellent corrosion resistance and long service life in high-temperature and high-pressure steam systems.
• Ball float mechanism provides precise and continuous condensate discharge while preventing live steam loss during operation.
• Designed for testing and short-term monitoring, allowing accurate evaluation of steam system performance without affecting regular operations.
• Compact and robust structure enables easy installation, quick maintenance, and integration into existing piping systems.
• Simple internal design reduces wear, ensures reliable operation, and minimizes maintenance requirements in industrial and laboratory applications.

steam traps are widely used in food processing, dairy, pharmaceutical, and brewing industries. For example, in dairy pasteurization pipelines, they are used to drain condensate and ensure uniform heating of the steam jacket; in steam tracing pipelines of beer production lines, they enable quick installation and maintenance, improving production efficiency and process stability.