See the problem before it becomes the project

Oakridge was a big project for us, not just because of the size, but because of how many different conditions we were dealing with across the site. Our work took us through parkades, retail areas, plazas, ramps and structural transitions, with thousands of feet of expansion joints running throughout the development. A big part of […]

Concrete cracks for many reasons—from natural shrinkage and temperature changes to water infiltration, corrosion, and structural movement. While some cracks are harmless, others can signal underlying deterioration. Understanding why concrete cracks can help property owners identify potential problems early and determine when professional assessment may be necessary.

Concrete structures are constantly shifting due to thermal changes, settlement, and heavy load forces. In this guide, we break down what expansion joints are, how they function as critical relief gaps, and why installing the right system is essential for preventing severe cracking, water leaks, and long-term structural failure in BC commercial properties.

Expansion joints play a critical role in protecting concrete structures from movement, moisture and stress. Learn the 7 common causes of expansion joint failure—and how proper design, inspection and maintenance can help prevent costly damage.

Concrete spalling is the breaking away of concrete, often exposing reinforcing steel. It commonly results from corrosion, moisture, freeze-thaw cycles, chloride exposure or failed waterproofing.

Concrete deterioration often appears as cracking, spalling, scaling, rust staining, exposed reinforcing steel, water infiltration, hollow concrete or failed previous repairs. These conditions can signal corrosion, delamination or ongoing moisture damage

Concrete deterioration can appear as cracking, spalling, surface scaling, exposed reinforcing steel, rust staining, water infiltration, hollow-sounding concrete or failing previous repairs.