Production process of metal bellows

منفاخ معدني
March 29, 2022
Category Connection: وصلة تمدد معدنية
Brief: Want to see how a non-welded pipe bellows expansion joint with control rods is manufactured? This video provides a detailed walkthrough of the production process, showcasing the techniques used to create this elastic compensation component for industrial pipelines. You'll learn about the key manufacturing steps and quality control measures that ensure reliable performance in demanding applications.
Related Product Features:
  • Compensates for axial, angular, lateral, and combined displacements in pipeline systems.
  • Withstands high temperatures and pressure while maintaining structural integrity.
  • Reduces leakage through advanced sealing mechanisms and structural design.
  • Provides excellent vibration resistance and noise reduction capabilities.
  • Features elastic expansion functionality for thermal and mechanical deformation compensation.
  • Transmits torque within pipeline systems while accommodating movement.
  • Manufactured to comply with GB, ISO, DIN, ANSI, BS, and JIS international standards.
  • Available in various diameters from 32mm to 1000mm with different pressure ratings.
الأسئلة الشائعة:
  • What types of displacement can the bellows expansion joint compensate for?
    The bellows expansion joint can compensate for axial displacement, angular displacement, lateral displacement, and combined displacement caused by thermal deformation, mechanical deformation, and various mechanical vibrations.
  • What materials and standards are used in the manufacturing process?
    Our bellows expansion joints are manufactured to comply with multiple international standards including GB, ISO, DIN, ANSI, BS, and JIS, with over 17 years of design experience ensuring quality that exceeds industry standards.
  • What are the main applications for non-welded pipe bellows expansion joints?
    These expansion joints are widely used in various industrial sectors including chemical industry, metallurgy, and nuclear energy departments, where they provide reliable elastic compensation with compact design and excellent performance.