Horizontal Bend

Professional Cable Tray Manufacturer | UL, CE, IEC Certified | 20+ Years Experience

Product Description

Our Horizontal Bend is a precision-engineered directional fitting essential for creating smooth, professional changes in the horizontal plane of a cable tray run. It allows cable trays to navigate corners, obstacles, and architectural features with a consistent, protected radius. Manufactured to the same high standards and finish as your straight tray sections, it ensures a seamless transition that maintains system integrity, prevents cable damage from sharp bends, and supports efficient cable installation and future maintenance.

Key Features & Benefits:

  • Smooth Directional Change:​ Enables cable trays to make controlled turns (typically 30°, 45°, 60°, 90°) in the horizontal plane, ensuring organized and efficient routing around layouts.

  • Cable Protection:​ Designed with a defined inner radius that meets or exceeds standard cable minimum bend radius requirements, safeguarding cable insulation from pinch points and stress.

  • Seamless Integration:​ Precision-formed for a perfect fit with straight sections, preserving the structural alignment, load path, and clean aesthetic of the entire tray system.

  • Durable & Corrosion-Resistant:​ Fabricated from the same material (e.g., galvanized steel, aluminum, stainless steel) and with the same protective finish as the main tray, guaranteeing matched performance and longevity.

  • Easy Installation:​ Engineered for straightforward field assembly with standard connection methods (bolted, welded, or quick-lock), saving time and labor during installation.

Common Specifications:

 

Item

Specification

Compatible Tray Type

Trough, Ladder, or Wire Mesh Cable Tray

Function

Changes horizontal direction of the tray run

Standard Angles

30°, 45°, 60°, 90° (Custom angles available)

Material/Finish

Matches main tray system (e.g., Hot-Dip Galvanized)

Key Dimension

Inside Bend Radius (R)

Typical Applications:

 

  • Navigating around corners of buildings or rooms.

  • Routing trays along perimeter walls with turns.

  • Avoiding columns, pipes, ductwork, or other permanent obstacles.

  • Creating organized grid layouts in data centers and industrial plants.

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