Trusscore vs. Drywall: The Real Cost Breakdown (From Someone Who’s Paid the Price of Ignoring It)

Let's cut the fluff. You're here because you've seen the Trusscore ads, heard the hype about PVC wall panels, and you're asking the same thing everyone asks me: "Is it actually cheaper than drywall?"

I've been handling bids and installs for commercial and light commercial projects for about 6 years now. In my first year (2018), I made the mistake of only comparing material cost per square foot. I won that bid, lost my shirt on the job, and spent the next 18 months documenting every hidden cost I missed. This FAQ is what I wish I'd had on day one.

Here are the questions I get asked most—and the answers I give my own crew before they start a quote.

1. How much is Trusscore compared to drywall?

The short answer: Trusscore is almost always more expensive on the materials sheet—roughly 2 to 3 times the raw cost per square foot. But if you're stopping your comparison there, you're setting yourself up for a budget blowout.

On a recent 3,000 sq ft retail fit-out, the drywall materials quote came in at about $1,800. Trusscore for the same area? Around $4,200. But here's the part the homeowner blogs don't tell you: that drywall quote didn't include the three rounds of mudding, the sanding, the primer, or the touch-up paint after the electrician dinged the corner. By the time we were done, the total installed cost for drywall was within 15% of the Trusscore job—and the Trusscore job took 40% less labor time.

Bottom line: Material cost is the tip of the iceberg. Trusscore wins on total installed cost in any space that sees moisture, impact, or frequent maintenance access.

2. Is Trusscore worth it for a garage or a workshop?

This is probably the single most common question I get from contractors bidding on residential or light commercial garages.

For a garage, the answer is almost always yes—but not for the reason most people think. It's not about looks. It's about the fact that a drywall garage that gets one good whack from a lawn mower handle or a bike handlebar now has a repair patch, a paint match headache, and a schedule delay. I'd argue the real value of Trusscore in a garage is its time resilience. You don't repair it. You just wipe it down and move on.

—or rather, you can repair it if you really need to, but I honestly haven't had to in the four garages I've done with it. The stuff handles abuse that drywall just doesn't. If your client's garage is a storage zone for kayaks, tools, or kids' sports gear, Trusscore is a no-brainer for the TCO alone.

3. How is the door trim supposed to work with Trusscore panels?

I messed this up on my first install. Badly. I used standard wood door casing over the edge of the Trusscore panel. Looked fine for about three months. Then the humidity shifted, the wood expanded, and the gap at the top of the panel edge looked like I'd just shoved it in there.

The trick is to use the Trusscore J-channel or U-channel trim specifically designed for the panel edge. It's a $0.50 piece of plastic that saves you a $200 callback. For a standard door frame, you install the panel to within about 1/4 inch of the door casing, then snap the trim piece over the edge. It gives you a clean, finished look that allows for thermal expansion. Do not skip this. I learned that one the hard way.

4. Can you use tempered glass as a partition with Trusscore?

This is a great example of a question people don't think to ask until they're deep into a build. The answer is: yes, but the junction is critical.

I once had a client who wanted a half-glass, half-panel wall for a medical office lobby. We used Trusscore on the lower half and a tempered glass pane above. The problem was the transition point. We initially just butted the glass up against the top edge of the Trusscore panel. Within a month, a gap formed because the two materials don't expand at the same rate.

The fix? Use a receiver channel at the transition. The Trusscore panel sits in the bottom channel, the glass sits in the top channel, and a silicone seal handles the rest. It's a $30 part that prevents a $500 redo.

5. How much does ceramic coating cost, and should I even consider it with Trusscore?

I'll be honest: I don't have hard data on nationwide ceramic coating averages. But based on the quotes I've seen for commercial kitchens and lab spaces in the Midwest, you're looking at about $4 to $8 per square foot for a professional-grade ceramic or epoxy coating applied over a substrate.

Here's the thing: if you're putting ceramic coating on a Trusscore panel, you're probably wasting money. Trusscore is already non-porous, antimicrobial, and easy to clean. The coating is typically meant to seal a porous surface like drywall or concrete. Putting it over a PVC panel is like buying a waterproof phone case for a phone that's already rated IP68. Well, the phone case also protects against drops, so maybe there's a use case. But for standard hygiene requirements, Trusscore stands on its own.

6. What's the one question nobody asks about Trusscore that they should?

Alright, this is the one I wish I'd known from the start. Everyone asks about price. No one asks about acoustic performance.

Trusscore is a hard, non-porous surface. It reflects sound. If you're putting it in a restaurant, an open-plan office, or a hallway, you're creating an echo chamber unless you plan for it. Drywall, with its multilayer construction, actually dampens sound pretty well.

My solution (learned after a particularly loud cafe job) is to pair Trusscore panels with acoustic baffles or sound-absorbing panels on at least one wall, or specifically specify the Trusscore product that has a perforated acoustic backing. The panels themselves won't do the soundproofing heavy lifting. Plan for that upfront, or you'll be explaining to your client why the break room sounds like a racquetball court.

So. Bottom line? Trusscore isn't the cheapest option on the materials list. But if you calculate the total cost of ownership—including labor, repairs, downtime, and durability—it often wins. Just don't forget the trim, the transition channels, and the acoustics. I made all those mistakes so you don't have to.