AYVAZ DBKF-90 Externally Pressurized Expansion Joint DN200

AYVAZ DBKF-90 Externally Pressurized Expansion Joint DN200

Safe Thermal Expansion Control at High Pressure with ORFA Industrial Assurance

A professional solution that effectively accommodates thermal expansion movements in steam, hot water, and high-pressure fluid lines of industrial plants, the externally pressurized expansion joint is a key element of system safety. Offered by AYVAZ as model DBKF-90, this DN200 externally pressurized expansion joint prevents direct exposure of the bellows to internal pressure thanks to its external pressure design, significantly reducing the risk of deformation at high operating pressures. Manufactured with AISI 316 stainless steel bellows, this externally pressurized expansion joint provides superior resistance to corrosion and thermal fatigue. Designed with DN200 flanged connection, the externally pressurized expansion joint ensures long-term safe performance in power plants, petrochemical facilities, and boiler systems. Available from ORFA Industrial stock, this externally pressurized expansion joint with PN16 pressure rating is suitable for operation in a wide temperature range from -80°C to +427°C. Effectively absorbing expansion in tight spaces under high pressure, the externally pressurized expansion joint is also a key application for vibration damping and thermal stress relief in piping systems. Each externally pressurized expansion joint unit is manufactured with St 37.2 carbon steel flanges and bellows protection, complying with DIN/EN standards. Choosing a high-quality externally pressurized expansion joint for your project ensures smooth expansion management and operational safety in refineries and process lines. Protect the structural integrity of your system with an AYVAZ externally pressurized expansion joint for durable resistance to temperature and pressure variations.

Discover safe expansion control and long-lasting operation in your high-pressure systems with AYVAZ externally pressurized expansion joint solutions.