METALLIC POLYGONAL HOSES

Metallic Polygonal Hoses

Metallic polygonal hoses are flexible metal hoses constructed from interconnected polygon-shaped segments—often hexagonal or similar geometric profiles—rather than smooth, round corrugations. This polygonal structure allows the hose to bend easily while maintaining high mechanical strength and crush resistance. They are typically made from stainless steel or galvanized steel and can be produced in interlocked or welded designs.

These hoses are commonly used for protecting electrical cables, fiber optics, or mechanical components in applications that require flexibility, durability, and resistance to abrasion, heat, or vibration. Their polygonal design provides excellent flexibility without sacrificing structural integrity, making them suitable for automotive, robotics, machinery, and industrial environments where frequent movement or tight routing is required.

Hose Name: Metallic Polygonal Hoses
Grade: Stainless Steel 304
Brand: Metallica Flexibles
Available Sizes: 1.5 Inch to 4 Inch
Length: 5-10 Mtrs
Shape: Polygonal/ Hexagonal
Hose Type: Double Interlock
Country of Origin: Made in India

Applications

  • Protection of electrical cables and wiring in industrial environments

  • Routing and shielding of sensor lines and control cables in machinery

  • Automotive applications such as engine compartment wiring protection

  • Robotics and automation systems requiring high flexibility and repeated movement

  • Protection of fiber-optic cables in harsh or high-vibration areas

  • Machine tool equipment where hoses must withstand heat, metal chips, and abrasion

  • HVAC and refrigeration units for flexible, durable cable protection

  • Railway and transportation systems requiring rugged conduit solutions

  • Aerospace and defense equipment where lightweight, flexible metal protection is needed

  • Any installation requiring strong mechanical protection along with high flexibility and tight-radius bending

Manufacturing Details

Polygonal Interlock Hose Images