Ayvaz SK-55L Gözetleme Camlı Şamandıralı Kondenstop PN16 DN32

Ayvaz SK-55L Sight Glass Float Steam Trap PN16 DN32

Visual Control and Reliable Condensate Management in Steam Systems with ORFA Industrial Assurance

The critical component of steam systems – the float steam trap – is designed for maximum efficiency and safety in condensate management. The Ayvaz SK-55L model, with PN16 DN32 specification, offers a professional float steam trap solution delivering superior performance in industrial applications. Thanks to the integrated sight glass, this float steam trap enables real-time monitoring of condensate flow, ensuring early detection of any malfunction. Equipped with a stainless steel float mechanism, the Ayvaz float steam trap provides precise level control and maximizes drainage efficiency. The built-in particle retaining filter removes deposits and scale minerals, significantly extending the service life of the float steam trap. The GGG40.3 ductile iron body provides mechanical strength even under high pressure, creating a reliable float steam trap foundation. With a maximum operating temperature of 250°C, this float steam trap performs consistently in the most demanding steam applications. The borosilicate sight glass is resistant to corrosion in acidic steam environments, maintaining clear visibility for years. The Ayvaz float steam trap from ORFA Industrial adapts perfectly to standard installation configurations with flanged connection. Used in heat exchangers, heating systems, and drying lines, this float steam trap automatically discharges condensate, preserving steam system efficiency. The Ayvaz float steam trap is widely preferred in textile, petrochemical, food, and pharmaceutical industries, as well as in power generation facilities. With professional installation and periodic maintenance, this float steam trap is designed for trouble-free operation for many years.

Maximize your steam system efficiency with Ayvaz SK-55L float steam trap solutions and manage the condensate control process safely.