Unistrut Channel is a metal framing and support system consisting of a cold-formed steel channel with inward-curved lips. It is widely used to support electrical, mechanical, HVAC, plumbing, and solar installations.

Most Unistrut channels are manufactured from:

• Pre-galvanized steel
• Hot-dip galvanized steel

• Stainless steel (304/316)

The channel design allows nuts, bolts, and fittings to be attached without welding, making installation fast and highly flexible.

Standard Unistrut (P1000 Series)

• Size: 1-5/8" × 1-5/8"
• Metric equivalent: approximately 41 mm × 41 mm (often called 41×41 mm)
• Thickness: typically 12 gauge (2.5–2.7 mm), though 14 ga and 16 ga versions are also available.
• Common lengths: 10 ft (3 m), 20 ft (6 m), or customized lengths.

Popular Hole Patterns

Manufacturers usually produce:

1. Plain (Solid) Channel – no holes.
2. Slotted Channel – elongated slots for easy adjustment.
3. Punched Channel – round holes.
4. Half-slotted Channel – common in electrical installations.

Most Popular Sizes by Market

Unistrut channels are commonly used in:

Electrical Installations

• Cable tray support

• Conduit mounting

• Electrical panel frames

• Lighting support systems

Mechanical & HVAC

• HVAC duct supports

• Pipe hangers

• Pump and equipment mounting

• Mechanical room frameworks

Construction & Infrastructure

• Ceiling suspension systems

• Wall-mounted supports

• Seismic bracing

• Industrial shelving structures

Solar Energy

• Solar panel mounting rails

• Battery storage supports

• Ground-mount solar structures

  

  

  How Unistrut Channel Products Are Made: A Step-by-Step Manufacturing Guide

  Main Equipment Used

  A complete Unistrut channel production line typically includes:

  1. Decoiler
  2. Servo feeding
  3. Press punching machine
  4. Roll forming machine
  5. Servo following cutting system
  6. Automatic stacker or simple receiving table

  Step 1: Raw Material Preparation

  The manufacturing process begins with high-quality steel coils, typically made from galvanized steel, hot-rolled steel, cold-rolled steel, stainless steel, or aluminum. The material thickness is selected according to the required load capacity and application.

  Step 2: Decoiling and Leveling

  The steel coil is loaded onto a decoiler and fed into a leveling machine. This process removes coil set and ensures the strip remains flat before entering the production line.

  

  Step 3: Punching

  A servo punching system creates slots, round holes, or custom hole patterns according to product specifications. Accurate punching is critical because the holes allow installers to attach fittings, brackets, and accessories easily.

  Common punching patterns include:

  • Slotted holes
  • Round holes
  • Half-slot patterns
  • Customized hole layouts

  

  Step 4: Roll Forming

  The punched steel strip passes through a series of precision roll forming stations. Each roller gradually bends the strip until it reaches the final Unistrut channel profile.

  Popular profiles include:

  • 41 × 21 mm
  • 41 × 41 mm
  • 41 × 62 mm
  • 41 × 82 mm

  

  Step 5: Cutting

  After forming, the channel is cut to the required length using a hydraulic or servo flying cutting system. Typical lengths range from 3 to 6 meters, although custom lengths can be produced according to customer requirements.

  

  Popular Markets and Countries

  The demand for strut channel machines is particularly strong in countries with expanding manufacturing and construction sectors, including:

  • United States
  • Mexico
  • Brazil
  • Poland
  • Turkey
  • India
  • China
  • Vietnam
  • Thailand
  • Indonesia
  • Saudi Arabia
  • United Arab Emirates
  • Egypt

  These regions are investing heavily in industrial infrastructure, renewable energy projects, commercial construction, and manufacturing expansion, creating significant opportunities for strut channel production equipment.