Materials Matter: Rethinking What Lasts in High-Use Environments
“The problem isn’t just how furniture is built. It’s what it’s built from.”
June 2, 2026
42 years ago, the goal wasn’t to create better-looking furniture. It was to create something that could actually hold up in healthcare environments—not just at installation, but over time. Through constant use, repeated cleaning, and the pace of environments that never really slow down.
That challenge didn’t lead to incremental improvements in construction or design. It forced a different way of thinking.
If you’ve spent any time in healthcare or senior living environments, you’ve seen what happens over time. Furniture doesn’t fail all at once—it breaks down gradually. Finishes wear, surfaces degrade, and pieces that looked great on day one don’t hold up the way they were expected to.
Often, the focus shifts back to how something was built. Could it have been reinforced? Could it have been made stronger?
But those questions miss something more fundamental.
The problem isn’t just how furniture is built. It’s what it’s built from. Construction and design matter, but if the material itself isn’t suited for the environment, there’s a limit to how much those improvements can do. Once you start there—once you rethink the material itself—you’re solving a different problem.
Here’s why that matters. In healthcare and senior living environments, furniture isn’t just used heavily. It’s chemically stressed, repeatedly. Disinfectants, quaternary ammonium compounds, bleach-based cleaners are applied daily, sometimes multiple times a day. Most materials aren’t engineered to withstand that cycle. They absorb, they degrade, they lose structural integrity at the surface level. No amount of reinforcement changes that. You can build a stronger frame, but if the material itself is breaking down under the cleaning protocol, the construction improvements are working against a problem they were never designed to solve. That’s the fundamental limit. And it’s why starting with the material, engineering it specifically to resist what these environments demand, changes the problem you’re solving entirely.
That thinking is what ultimately led to Protea™. Not as a feature or a surface treatment, but as a material designed to handle what these environments demand every day. It looks like wood but isn’t. It is non-porous, impact-resistant, and won’t chip, crack, or warp. It withstands rigorous cleaning cycles without losing its finish. No refinishing. No surprises. Just consistent performance over time.
The real measure of quality isn’t how something looks on day one. It’s how it performs—and continues to perform—years later. That’s where many products fall short, and where material decisions start to carry more weight than anything else.
Materials Matter isn’t just a theme for NeoCon. It’s a reflection of how we think about performance, not as an afterthought or a feature, but as the foundation. In environments where people rely on spaces every day, what something is made of ultimately determines how it holds up.
We’ll be sharing more of this thinking—and how it comes to life—at NeoCon in Chicago.
Visit us in Showroom 1199 on the 11th floor.
Preview Day — Sunday, June 7 | 12:30 – 2:30 PM
Explore why materials matter over espresso martinis, drinks, and passed hors d’oeuvres.
Monday, June 8 | 10:30 AM – 2:00 PM
Stop by for breakfast or lunch. Light bites and refreshments.
About the Author
Damion Van Slyke is Vice President of Marketing at Kwalu. He leads brand and creative strategy across healthcare and senior living — shaping how the company communicates value, guides product narratives, and connects design intent to the realities of healthcare and senior living.