As a key component in the field of mechanical connections, square flanges play an indispensable role in many industrial scenarios. From large-scale pipeline connections in shipbuilding to precise power transmission in automotive chassis, square flanges support the stable operation of modern industry with their unique structure and reliable performance.
In the field of automotive parts manufacturing, square flanges are widely used in chassis transmission systems, undertaking important tasks of transmitting torque and power output.
In the shipbuilding industry, square flanges are the main components for connecting ship pipelines. Due to the complex operating environment of ships, there are extremely high requirements for the sealing, corrosion resistance, and reliability of pipeline systems. Square flanges, with their high-strength connection performance and good sealing characteristics, can effectively resist corrosion from seawater and vibration during ship operation, ensuring long-term stable operation of various pipeline systems under harsh conditions. Square flanges play an irreplaceable role in fuel transportation, seawater cooling, and pipeline connections for ship power systems.
In the field of building HVAC, square flanges are widely used for connecting ventilation ducts. Compared to other connection methods, square flanges have the advantages of easy disassembly and assembly, high bonding strength, and are convenient for the installation, commissioning, and later maintenance of ventilation ducts. At the same time, its standardized design and production enable rapid pipeline connections during construction, improving construction efficiency and reducing project costs. From large commercial complexes to residential buildings, square flanges have been widely used in building ventilation systems, creating a comfortable and healthy indoor air environment for people.
The continuous innovation of square flange production technology has significantly improved its performance, accuracy, and production efficiency. At the same time, its application areas are constantly expanding, gradually extending from traditional industrial fields to emerging fields such as healthcare and new energy.
