Metallic Polygonal Interlock Hoses

Metallic polygonal hoses are a specialized type of flexible metal conduit designed with a polygon-shaped profile rather than a circular one. This gives them unique mechanical and functional characteristics compared to standard round corrugated or interlocked hoses.

Key Characteristics

1. Polygonal Cross-Section

  • The hose wall is formed into shapes such as hexagonal, octagonal, or other multi-sided profiles.

  • These shapes improve certain mechanical behaviors, like torque resistance and controlled flexibility.

2. Made from Metal

  • Common materials: stainless steel (304, 316), galvanized steel, brass, or aluminum.

  • Metal construction offers high durability, heat resistance, and protection against physical damage.

3. Typically Interlocked or Corrugated

  • Many polygonal hoses use interlocked metal strips that provide flexibility while maintaining strength.

  • Corrugated versions exist for fluid transport, but polygonal types are more often used as protective conduits.

Advantages

  • High mechanical strength — resistant to crushing and deformation.

  • Torsional stability — polygonal geometries reduce rotation under load.

  • Good flexibility — bends easily while maintaining shape.

  • Excellent heat and abrasion resistance — suitable for harsh industrial environments.

  • EMI protection — metal body can shield cables from electromagnetic interference.

Common Applications

  • Cable protection in robotics, automation, welding, and machining.

  • Mechanical protection for hydraulic or pneumatic lines.

  • High-temperature environments (furnaces, foundries).

  • Transport of granular materials where rigid pipe isn’t practical.

  • Vibration-sensitive installations needing flexible connections.

Manufacturing Details

Material: Stainless Steel
Brand:
Daniel Interlock Hoses
Available Sizes: 38 mm to 101.6 mm
Length: 10 Mtrs
Shape: Polygonal/ Hexagonal
Hose Type: Double Interlock, Conduits etc.
Country of Origin: Made in India

ID - 50 mm

ID - 63 mm

PRODUCT IMAGES