FRP vs Trusscore PVC: When FRP Is Actually the Better Choice (Canadian Installer View)

The Trusscore Marketing Problem

If you have spent ten minutes researching commercial wall panels in 2026, you have seen the Trusscore comparison pages. They argue PVC is lighter, faster, and cleaner than FRP. Most of that is technically true. What those pages leave out is that for a busy GTA commercial kitchen or a Mississauga food processor, the panel that looks best on a brochure is not always the panel that survives ten years of dish carts, mop buckets, and inspectors.

We install both. This article is what we tell facility managers when they ask us, honestly, which one they should put on the wall.

What Each Panel Actually Is

FRP is a fiberglass-reinforced polyester sheet, typically 0.090 inches thick, with a smooth or pebbled gel-coat face. It flexes slightly, takes adhesive well, and is fastened with nylon rivets through PVC divider bars at joints.

Trusscore (and similar PVC wall panel systems) is a hollow-core extruded PVC plank, usually 0.5 inch thick, that interlocks tongue-and-groove and screws directly to studs or strapping. The hollow core is what makes it light. It is solid PVC on the outside, but air on the inside.

Side-by-Side Comparison

Where PVC Honestly Wins

• New-build with exposed studs. If you are framing fresh and the studs are already bare, Trusscore mounts directly to the framing. No drywall, no prep. This is a real labour saving on a greenfield project.
• Class A fire rating without modification. If your occupancy classification under the Ontario Building Code requires Class A (exits, certain assembly spaces), PVC gets you there without specifying a special FRP backer or upgraded substrate.
• Walk-in coolers and freezers. The interlocking joint with no exposed adhesive bead handles thermal cycling slightly better than FRP run with butt joints.
• Surface hardness against carts and shelving. If your operation runs a lot of stainless wire shelving against the wall, PVC marks less.

Where FRP Wins (Most GTA Commercial Jobs)

• Cost. The price gap is real. On a 1,200 sq ft kitchen retrofit, FRP runs roughly $9,600–$21,600 installed, while PVC runs $16,800–$28,800. For most independent restaurant operators and food processors, that gap pays for a year of payroll for a line cook.
• Impact from dish carts, hand trucks, and dropped equipment. A loaded dish cart hitting a hollow-core PVC plank can crush the core and leave a dent that does not pop back. The same impact on FRP bonded to drywall flexes and recovers.
• Repairing one damaged section. FRP between two PVC divider bars is one panel. Cut the adhesive, pop it out, slide a new one in, re-rivet. A damaged PVC plank in the middle of a 30-foot run can require unzipping multiple planks to swap out.
• Retrofitting over existing drywall or tile. Most GTA commercial kitchens already have a wall surface. FRP glues directly over sound drywall or even over old tile after a skim coat. PVC wants strapping or a stud cavity, which means tearing the old wall down first.
• Look. Some owners do not want vertical plank lines every 16 inches in their kitchen. FRP in 4×8 or 4×10 sheets reads as a flat clean wall.

The Class A vs Class C Question, Honestly

This is where Trusscore marketing pushes hardest. Class A sounds safer than Class C, so why would anyone choose Class C? Because the Ontario Building Code §3.1.13 does not require Class A for most commercial kitchen and food processing occupancies. Class C (flame spread ≤ 150, smoke developed ≤ 300 per CAN/ULC-S102) is accepted for these spaces. If you are spec'ing wall finish for an exit corridor in a larger building, you need Class A — and we will tell you that. For the back-of-house in a restaurant, Class C is what code requires and what inspectors approve.

Real Install Time, Not Brochure Time

PVC brochures love to show a two-person crew installing 800 sq ft in a day. That is true on a clean rectangular wall with no plumbing penetrations, no electrical, no corners, and a substrate that is already ready. A real GTA commercial kitchen has hoods, gas lines, electrical, three-compartment sinks, and corners every 8 feet. The real install difference between FRP and PVC on a typical retrofit job is closer to half a day, not three days.

Our Honest Recommendation

Pick PVC if you are framing new from scratch, you need Class A without spec'ing a backer, or you are doing a walk-in cooler. Pick FRP for almost every other commercial kitchen, food processing room, or retrofit in the GTA. The cost difference is real, the impact-resistance difference is real, and the ability to swap one damaged panel without tearing apart a 30-foot run matters more than the brochures suggest.

If you are unsure, call us at 437-849-3781. We will tell you which one fits your job — even if the answer is PVC. Either way, the CFIA compliance requirements are the same. Need FRP installed in the GTA? See our FRP installation in Toronto page for local pricing and scheduling.