AHF Products introduced Armstrong Flooring Kaleido color lab, an online design program that enables interior designers to create custom flooring solutions with luxury vinyl tile for commercial environments. 

The Kaleido experience centers on an intuitive online design tool that simplifies custom floor creation through three easy steps: choosing a design base, adding a pop of color for contrast or drama, and selecting the appropriate tile size. Designers can digitally visualize their creations within their own spaces or curated commercial environments, streamlining the creative process from concept to installation.

The program features a curated palette of 28 saturated accent colors applied across three dynamic, textile-inspired patterns that echo carpet tile's visual softness while delivering resilient durability. New tonal solid colorways complement the vibrant options, providing balanced foundations for both subtle and bold compositions.

"This is about making the floor part of the storytelling process—from brand identity to intuitive navigation through space. With the Kaleido color lab, the floor becomes a canvas, not just a surface," said Oxana Dallas, principal deisgner-commerical. 

Available in versatile formats including 6x36, 18x18, and 18x36 inches, each tile features AHF's exclusive Diamond 10® Technology for superior scratch, stain, and scuff resistance. The enhanced protection maintains visual integrity in demanding commercial environments, including corporate offices, educational facilities, hospitality venues, and healthcare settings.

Manufactured in Lancaster, Pennsylvania, Kaleido products reflect AHF Products' continued investment in U.S. production and supply chain responsiveness. Domestic manufacturing enables shorter lead times, improved flexibility, and supports the company's commitment to delivering products with both aesthetic and functional integrity.

The portfolio is certified for low VOC emissions and supported by Environmental Product Declarations (EPDs) and Health Product Declarations (HPDs), meeting transparency and performance expectations of today's architects and specifiers.