How Are Perforated Metal Panels Installed in Engineering Projects?

How Are Perforated Metal Panels Installed in Engineering Projects?

In engineering and construction projects, installation method plays a critical role in the performance, appearance, and cost of perforated metal panels.
Improper installation planning often results in on-site adjustments, increased labor cost, and project delays.

Understanding common perforated metal panel installation methods helps engineering procurement teams coordinate design, fabrication, and construction more efficiently.

1. Frame-Mounted Installation System

Frame-mounted installation is one of the most widely used methods in engineering projects.
Perforated metal panels are fixed onto a steel or aluminum subframe using bolts or concealed fasteners.

Key features:

• Suitable for facade cladding and screening systems

• Easy panel replacement and maintenance

• Good structural stability for large panel sizes

This method is often preferred for exterior architectural applications.

2. Folded-Edge Cassette Panel System

In this system, perforated metal panels are bent or folded on all sides to form a cassette shape before installation.

Advantages include:

• Improved panel rigidity

• Clean and uniform appearance

• Reduced visible fasteners

Folded-edge panels are commonly used for high-end facade and feature wall projects where appearance is critical.

3. Direct Bolt-Fixed Installation

Direct bolt-fixed installation involves fixing perforated metal panels directly onto supporting structures.

Typical applications:

• Industrial facilities

• Utility enclosures

• Protective fencing and screens

This method is cost-effective and suitable for projects where decorative requirements are secondary to function.

4. Installation Method and Specification Coordination

Installation method directly affects:

• Panel thickness selection

• Edge treatment and reinforcement

• Hole layout near panel edges

For example, larger panels or high wind-load areas often require thicker panels or folded edges to ensure structural stability.

5. Installation Planning Improves Quotation Efficiency

Early confirmation of installation method allows suppliers to:

• Optimize panel design and fabrication

• Reduce on-site modification

• Provide a fast and accurate quotation

Clear installation requirements help engineering teams control cost and construction schedules more effectively.

Contact Us for Installation Support

If you are planning an engineering project and need support with perforated metal panel installation, please contact us with your drawings or installation requirements.
Our team will assist with installation method planning, specification coordination, and fast quotation.