AYVAZ TKK-3 Flanged Thermostatic Steam Trap PN32 DN50
Efficient condensate discharge with integral air venting for reliable steam system performance.
AYVAZ TKK-3 Flanged Thermostatic Steam Trap delivers efficient condensate management for energy savings in steam systems. In addition, it operates by using the temperature difference between steam and condensate. Furthermore, its integral air vent mechanism protects the system against air locking.
The DN50 flanged connection, moreover, ensures easy installation and a tight seal. In addition, the stainless steel internal parts offer superior resistance to corrosion. With a PN32 pressure rating and a maximum operating temperature of 250°C, it meets EN 12331 and EN 61518 standards. Consequently, it performs reliably in medium to high pressure processes.
AYVAZ TKK-3 Flanged Thermostatic Steam Trap — Technical Specifications
This steam trap is particularly common in petrochemical, power plant, and food processing facilities. Furthermore, it prevents condensate accumulation in steam distribution lines, therefore minimising energy loss. In addition, the automatic air venting enhances system efficiency. As a result, it supports safe operation in medium to high pressure processes.
Key Advantages
- Integral air venting improves system performance
- PN32 pressure rating enables operation under demanding conditions
- Stainless steel internal parts provide long service life and corrosion resistance
Applications
- Petrochemical plants for steam distribution lines
- Power plants for process steam systems
- Food processing facilities for heating and drying applications
Therefore, AYVAZ TKK-3 Flanged Thermostatic Steam Trap stands out as a reliable solution in industrial steam systems. ORFA Industrial supplies this product worldwide as an authorised distributor since 1985. In addition, ORFA Industrial provides technical support and order assistance.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies




Reviews
There are no reviews yet.