AYVAZ MKDF-30L Metal Körüklü Eksenel Kompansatör DN65

AYVAZ MKDF-30L Metal Bellows Axial Expansion Joint with Rotating Flange DN65

Reliable Isolation in Thermal Expansion Control with ORFA Industrial Assurance

Designed to control expansion and contraction caused by temperature changes in industrial piping systems, the professional metal bellows axial expansion joint maintains system stability and safety at the highest level. Manufactured with the engineering superiority of the Ayvaz brand, this metal bellows axial expansion joint in DN65 diameter seamlessly absorbs axial movement up to ±30 mm, eliminating stresses that may occur in the piping network. Thanks to its rotating flange feature for quick and easy installation, this metal bellows axial expansion joint is fully protected against corrosion by a stainless steel inner liner. Produced from AISI 304 stainless steel, this metal bellows axial expansion joint delivers stable performance over a wide temperature range from -20°C to +450°C. Equipped with PN16 pressure class, this metal bellows axial expansion joint ensures industrial standard safety in high-pressure boiler, steam, and hot water lines. Playing a critical role in heating, cooling, and process applications, this metal bellows axial expansion joint eliminates problems at pump and motor outlets with vibration damping. Available from ORFA Industrial stock, this Ayvaz metal bellows axial expansion joint is widely preferred in boiler rooms, petrochemical plants, and refinery systems. Also used safely in sensitive applications such as beer, food, and pharmaceutical production, this metal bellows axial expansion joint minimizes operating costs with a long service life. Often seen in fire suppression systems and fire pump stations, this professional quality Ayvaz metal bellows axial expansion joint protects your system from thermal stress, preventing failures and creating a reliable working environment.

With Ayvaz metal bellows axial expansion joint solutions, control the thermal stress of your industrial systems and strengthen operational safety.