DI D/F DUCKFOOT BEND is a specialized component designed for achieving precise bends in piping systems, accompanied by integrated flange connections. Engineered with advanced technology, this product ensures optimal flow characteristics, structural integrity, and ease of connection in various industrial applications.


  1. Water Distribution Networks: DI D/F DUCKFOOT BEND is essential in water distribution systems, providing accurate bends with flange connections for efficient and reliable fluid transport.
  2. Wastewater Treatment Plants: : In wastewater treatment facilities, the product facilitates precise bends with secure flange connections, contributing to the integrity of the pipeline network.
  3. Industrial Process Piping: For industries requiring versatile piping solutions, such as chemical processing plants, DI D/F DUCKFOOT BEND ensures accurate bends and secure flange connections for optimal fluid conveyance.


  1. Integrated Flange Connections:: DI D/F DUCKFOOT BEND comes equipped with integrated flange connections, eliminating the need for additional components and ensuring a secure and leak-resistant connection.
  2. Optimal Flow Characteristics: The product is engineered to maintain optimal flow characteristics within piping systems, reducing turbulence and pressure drops associated with bends, while ensuring secure flange connections.
  3. Precision Engineering: The design of DI D/F DUCKFOOT BEND ensures precise and consistent bends, meeting the highest industry standards for accuracy in piping installations.
  4. Corrosion Resistance: Constructed from materials with excellent corrosion resistance, the product ensures longevity and reliability in corrosive environments, minimizing maintenance requirements.
  5. Ease of Installation: With a design focused on ease of installation, DI D/F DUCKFOOT BEND streamlines the integration of precise bends and flange connections into piping systems, saving time and labor costs.

In conclusion, DI D/F DUCKFOOT BEND stands as a pinnacle of precision and versatility in achieving accurate bends with integrated flange connections for piping systems.