Zinc Alloy Flexible Aluminum Pipe Joints Die Casting Connector

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April 24, 2020
Category Connection: Alüminyum Boru Eklemleri
Brief: Discover the Zinc Alloy Flexible Aluminum Pipe Joints Die Casting Connector, a high-quality solution for connecting two aluminum pipes. Ideal for assembly lines, production lines, and warehouse storage racks, this connector features zinc-alloy material, die-casting technology, and SGS certification for durability and reliability.
Related Product Features:
  • Made from zinc-alloy with anodic oxidation treatment for superior anticorrosion properties.
  • Designed for quick and easy connection with other accessories, enhancing installation efficiency.
  • Features grooves for secure and stable pipe connections, improving overall structural integrity.
  • Lightweight and reusable, making it an environmentally friendly choice for industrial applications.
  • Certified with ISO9001:2008 and SGS, ensuring high-quality standards and reliability.
  • Widely used in manufacturing workshops, automotive, electronics, and logistics industries.
  • Surface treated for long-lasting beauty and easy maintenance in various environments.
  • Enhances workspace organization with its elegant appearance and functional design.
Sıkça Sorulan Sorular:
  • What materials are used in the Zinc Alloy Flexible Aluminum Pipe Joints Die Casting Connector?
    The connector is made from zinc-alloy with anodic oxidation treatment, providing excellent anticorrosion properties and durability.
  • Where can this connector be used?
    It is ideal for assembly lines, production lines, working benches, tote carts, and warehouse storage racks in industries like automotive, electronics, and logistics.
  • What certifications does this product have?
    The product is certified with ISO9001:2008 and SGS, ensuring it meets high-quality and safety standards.
  • How does this connector improve installation efficiency?
    The connector features grooves for secure connections, allowing for quick and easy assembly, which can improve installation efficiency by about two-thirds.