rubber factory21

factory
February 17, 2025
Brief: Looking for a straightforward way to solve common pipeline challenges like vibration, noise, and misalignment? This video showcases the NBR Double Sphere Flexible Flange Ansi Flanged Rubber Expansion Joint, demonstrating how its dual-sphere design absorbs movement, reduces mechanical noise, and simplifies installation in various industrial applications.
Related Product Features:
  • Features a double-sphere rubber expansion joint with flanged ends for enhanced flexibility and movement accommodation.
  • Absorbs axial, lateral, and angular movements in piping systems to prevent stress and damage.
  • Reduces mechanical noise and vibration, improving operational safety and equipment integrity.
  • Compensates for pipeline eccentricity and eliminates electrolysis between dissimilar metals.
  • Rotating flange design facilitates easy installation, alignment, and maintenance.
  • Constructed from NBR rubber, offering high wear resistance and compatibility with various media.
  • Available in a wide range of nominal diameters from DN32 to DN600, with customizable options.
  • Suitable for diverse applications including water supply, sewage transport, and chemical industries.
Faqs:
  • What materials are available for the flange (retaining rings) of the expansion joint?
    The flange can be made from carbon steel, stainless steel, or ductile iron, depending on application requirements.
  • Can the face-to-face length of the Double Sphere Flexible Flange be customized?
    Yes, standard lengths include L130, L152, and L203, but we also accept customized lengths according to your specific project needs.
  • What is the minimum order quantity (MOQ) for this product?
    The MOQ is 1 piece, and we can deliver any quantity based on your requirements.
  • In which applications is the NBR Double Sphere Flexible Flange commonly used?
    It is widely used in water and sewage transport, thermal power plant cooling, chemical and petrochemical industries, and for flexible connections in pipelines with vibration or thermal changes.