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A weathered exterior can signal poor management, turning away tenants and clients before they even enter. This impression erodes trust and can impact your business’s success here.
Upgrading to modern cladding not only enhances appearance, but also reduces long-term maintenance. This investment can lead to energy savings, making it a wise choice for any aging commercial property in the neighborhood.
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| Commercial Cladding Thornhill Material System | Economy Commercial Cladding Prices | Mid-Range Commercial Cladding Prices | Premium Commercial Cladding Prices |
|---|---|---|---|
| Aluminum Composite Panels | CAD 20 – CAD 40 | CAD 20 – CAD 40 | CAD 20 – CAD 40 |
| Insulated Metal Panels | CAD 35 – CAD 60 | CAD 35 – CAD 60 | CAD 35 – CAD 60 |
| Corrugated Metal Panels | CAD 8 – CAD 15 | CAD 8 – CAD 15 | CAD 8 – CAD 15 |
| Standing Seam Cladding | CAD 10 – CAD 25 | CAD 10 – CAD 25 | CAD 10 – CAD 25 |
| Custom Fabricated Panels | CAD 3,000 – CAD 8,000 | CAD 3,000 – CAD 8,000 | CAD 3,000 – CAD 8,000 |
Improve your building's exterior
A worn facade gives a bad impression of your business. Recladding with a strong system can restore curb appeal and protect the building from rain, wind, and temperature changes. The right material can change an old structure into a modern asset that attracts tenants and clients as soon as they arrive.
The process begins with a new protective layer over your existing walls. We remove the old surface and install engineered panels, metal sheets, or fiber cement boards that keep out moisture and insulate the building. The result is a clean exterior that can withstand decades of coastal weather without constant maintenance. For a closer look at how these systems work in the area, see our breakdown of commercial cladding for Vancouver properties.
Thornhill is on the slopes above Maple Ridge, where heavy rain and damp forest air affect building exteriors all year. Older cladding here absorbs moisture, leading to rot, mold, and peeling finishes that lower property value. A modern cladding system sheds water and allows the structure to breathe, keeping it dry through every season.
Many commercial buildings in this area were built years ago with materials that struggle in the wet winters and sudden spring thaws. Upgrading to a rainscreen assembly with a ventilated air gap prevents trapped moisture from causing damage. This proactive step protects your investment and keeps your building looking good on the Thornhill streetscape for years.
Panel assemblies in Thornhill
In Thornhill’s hilly areas, crews remove the old facade down to the sheathing and check for rot before installing any new panels. They use vertical metal hat channels and a continuous drainage plane to create the support system. This way, the cladding is not sealed directly against wet walls. The subframing also helps straighten old commercial walls that can be uneven over long stretches.
Fiber cement panels and powder-coated aluminum composite are popular choices here because they shed rain well and resist fungal staining from moisture in the forest. Open joints with back-flashed reveals allow water to drain, while stainless or coated clips secure the panels to the channels. At window and door openings, liquid-applied flashing and pre-formed end dams direct water outward before it can get behind the panel field.
Installation starts from the base flashing and moves upward, with field cuts made to keep panel edges off the ground. Fasteners are placed in the hat channel or structural girt, never just in the sheathing, and each course is checked for alignment. Sloping streets can make visual lines appear uneven if the substrate is not corrected first.
The main engineering challenge for a commercial wall in Thornhill is to maintain a continuous drainage plane behind the cladding from the top down to the ground. Wind-driven rain can enter behind any open joint, so the assembly includes a ventilated air gap to balance pressure and allow any water to drain out through weep openings at the base.
Structural attachment follows the panel manufacturer’s guidelines, but on exposed upper slopes, installers usually reduce spacing and add extra fasteners at corners and parapet edges where wind suction is stronger. The subframe transfers wind loads back into the existing structure, not just through the cladding, so long facades remain stable during wet gusts.
Thermal continuity is kept outside the structural wall, with the cladding separated from the insulation by the air cavity. This setup prevents damp exterior air from condensing on colder sheathing and provides a drying path in both directions. Horizontal flashings at floor lines and panel breaks stop downward water movement and direct it out of the system.
