Línea de producción de tubos aislados de poliuretano de espuma de poliuretano

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January 02, 2025
Brief: Discover the One-step Polyurethane Insulated Pipe Production Line, a cutting-edge solution for manufacturing high-quality polyurethane foam insulated pipes. This automated system integrates anti-corrosion coatings, thermal insulation, and outer protective layers into a seamless workflow, ensuring durability and efficiency. Ideal for heating systems, oil pipelines, and buried thermal applications.
Related Product Features:
  • Integrates anti-corrosion coatings, thermal insulation, and outer protective layers into a continuous production process.
  • Ensures tight bonding of steel pipe, insulation layer, and outer jacket for superior durability.
  • Compatible with various materials including fusion-bond epoxy powder and polyurethane foam.
  • Features a damage-free rotation system with rubber wheels to protect anti-corrosion layers.
  • Includes advanced alignment technology with an Automatic Hydraulic Deviation-correcting Machine.
  • Supports steel pipe diameters ranging from 32mm to 426mm with a processing capacity of ≤250㎡/h.
  • Highly automated, reducing manual operations and improving product stability.
  • Widely used in long-distance oil pipelines, heating systems, and cooling applications.
Las preguntas:
  • What are the primary applications of the One-step Polyurethane Insulated Pipe Production Line?
    This production line is primarily used for manufacturing polyurethane insulated pipes for heating systems, long-distance oil transportation, and buried thermal pipelines.
  • What materials are compatible with this production line?
    The line supports various materials including fusion-bond epoxy powder for corrosion resistance, high-temperature polyurethane foam or black pitch foam for insulation, and UV-resistant outer jackets.
  • How does the production line ensure the quality of the pipes?
    The line features advanced automation, a damage-free rotation system, and precise alignment technology to ensure tight bonding of layers, high product stability, and compliance with national standards.