Cameron, Ajax – Load‑Bearing Wall Removal & Flush Steel Beam Installation

This main‑floor structural renovation at Cameron St. in Ajax transformed a typical suburban layout into a bright, open‑concept space supported by a custom‑engineered steel beam. Our team completed the full structural scope—including drawings, permits, fabrication, and installation—while achieving a perfectly flush ceiling finish across a long 25+ ft span.

Project Scope

• Structural drawings and engineering
• Building permit acquisition
• Removal of existing load‑bearing wall
• Custom steel beam fabrication for a long-span opening
• Flush installation into narrow 7¼” floor joists
• New structural supports and basement footing
• One‑week structural implementation

Engineering & Structural Design

The existing floor system used 7¼” joists, which required a precise engineering solution to achieve a true flush finish. Our engineers designed a heavily reinforced steel beam, weighing approximately 1,170 lb, capable of safely carrying the 25+ ft span without deflection.

Key structural elements included:

• Reinforced steel beam designed for long-span performance
• HSS 3.5” round steel posts for vertical support
• One post extended to the basement and sat on a new concrete footing
• Full load transfer from the main floor to the foundation

Installation & Timeline

The structural phase was completed in approximately one week, including beam installation, support posts, and all required inspections. The beam was installed fully flush with the ceiling, creating a seamless transition for the upcoming renovation.

Final Result

Following the structural work, the homeowners completed a custom main‑floor renovation and chef‑level kitchen, creating a spacious, functional environment ideal for cooking and entertaining. A few years later, they reported selling the home at a 10–15% premium over comparable properties—crediting the open‑concept layout and flush ceiling as major value drivers.

Aldo Homes is proud to have delivered a safe, reliable, and value‑enhancing structural transformation for this family.