Ayvaz MKTY-30 Vibration Absorbing Expansion Joint DN150 30mm

Vibration Control and System Stability with ORFA Industrial Assurance

In industrial piping systems, a vibration absorbing expansion joint effectively absorbs stresses caused by vibrations from pumps, compressors, and motors, serving as a critical component that extends system longevity. The Ayvaz MKTY-30 model delivers professional vibration absorbing expansion joint performance with DN150 diameter and 30mm axial displacement capacity, ideal for medium and large-scale facilities. Thanks to its dual-bellows design, this vibration absorbing expansion joint operates with high efficiency while its stainless steel construction provides complete corrosion resistance. Used in heating plants, cooling circuits, and high-temperature steam systems, the vibration absorbing expansion joint ensures stable operation across a wide temperature range from -80°C to +427°C. With limit stop construction, this vibration absorbing expansion joint controls excessive displacement, while flanged connections facilitate installation and maintenance. Available from ORFA Industrial stock, the Ayvaz vibration absorbing expansion joint is manufactured to PN16 nominal pressure class and meets industrial standards. This vibration absorbing expansion joint minimizes system noise and vibration, actively absorbing mechanical stresses generated by pumps and compressors. With rotating flanges and limit stops fabricated from St. 37 carbon steel, the Ayvaz vibration absorbing expansion joint delivers maximum durability and is preferred from power plants to the textile industry. Selecting a quality vibration absorbing expansion joint ensures long-lasting, quiet operation of your installation with no compromise under high temperature and pressure conditions. With the Ayvaz vibration absorbing expansion joint, balance axial displacement, maximize system stability, and reduce maintenance costs.

With Ayvaz vibration absorbing expansion joint solutions, protect your piping from vibrations, ensure system stability, and achieve long-term installation performance.