In this special sponsored bonus episode of the I Hear Design podcast, host Robert Nieminen speaks with Oxana Dallas, principal designer of commercial at AHF Products, about how Armstrong Flooring®’s Kaleido™ Color Lab is reimagining the flooring specification process as a more creative, flexible, and digitally driven design experience.
Rather than treating flooring as a finish selected near the end of a project, Kaleido invites designers to become co-creators—experimenting with pattern, color and scale. Dallas explains how the platform gives designers a curated yet highly adaptable system for developing custom LVT visuals that align with a project’s brand identity, emotional tone, and performance needs.
Listeners will learn how Prism™, Mosaic™, and Mirage™ patterns draw on biophilic principles without literally mimicking nature, instead translating qualities such as rhythm, complexity, order, and visual tactility into modular flooring designs. Dallas also discusses how Kaleido’s floor-to-wall capability expands the role of LVT beyond the floor, opening new possibilities for wayfinding, feature walls, patient rooms, hospitality spaces, workplace environments, and other commercial interiors.
The conversation also explores how customization, speed, and sustainability can work together. With more than 500 combinations of pattern, color, and scale—as well as stocked neutral options—Kaleido is designed to help specifiers move quickly without sacrificing creativity or client confidence. Dallas highlights the platform’s made-to-order model, domestic manufacturing, accessible minimum order quantities of only 2,500 sf, EPDs, and long-term performance attributes as part of a broader shift toward more intentional, durable, and project-specific commercial flooring solutions.
For designers, architects, and specifiers looking for ways to bring more personality, purpose, and performance into commercial interiors, this episode offers insight into how digital visualization, biophilic design thinking, and resilient flooring technology are converging to create more expressive surface design systems.
