All Good, All Green

At FLOR, Earth Day doesn’t come just once a year. Like the yarns used in our rugs, sustainability is woven into who we are and the products we create. From sourcing materials to manufacturing and recycling, FLOR rugs look beautiful in your home while being safe for the earth.

FLOR Hollin Hills area rug in Teal, a white couch, wicker chairs, round white coffee table, and a white tile fireplace.

Sustainable by Design

From ocean shores to lush palm leaves, our designs are inspired by the natural world we live in. So, it’s no surprise that our yarn comes from unlikely places, like old fishing nets and recycled plastic bottles. We save resources by using what’s already made and keep our oceans cleaner.

Close view of industrial skeins of green, gray, and white carpet tile threads.

Clean Manufacturing

We are committed to eliminating any negative impact we have on the environment. We’ve achieved carbon neutrality on our products by drastically reducing our carbon footprint and addressing the rest of our emissions through carbon offset investments. All our products globally are carbon neutral across their entire product lifecycle.

Close view of FLOR Be Cool carpet tile in Teal.

FLOR carpet tiles being recycled in a light blue machine.

Send Us Your Old Tiles

Send us your old tiles and we’ll turn them into new ones. When old carpet comes in, the backing is separated from the yarn and turned into pellets that becomes new backing. Since 1995, we’ve recycled millions of pounds of carpet each year. With your help, nothing ever goes to the landfill.

Visit our Return & Recycle page to learn more.

Or Call Us at 866.952.4093

Two industrial white plastic bags of recycled materials.

Health & Materials

At FLOR, the health of people and planet are foundational to our approach to materials. When we evaluate materials, we measure and manage trade-offs. Historically, we’ve used three lenses to make decisions on materials, and they’ll continue as we move forward.

Embodied Carbon

The measurement of embodied energy and carbon for a material, with consideration for the total amount of greenhouse gases released from raw material extraction to the end of its useful life.