nora by Interface

Design that’s durable: Timeless rubber flooring designs developed by material and design experts, balancing form and function for spaces where longevity matters as much as aesthetics. · Designed for clarity and cohesion: A refined range of colours, textures, and formats that integrate seamlessly across interiors, with optional nora 4you customisation to extend a consistent design language through colour, pattern, and inlay. · Purpose‑driven design: Flooring that supports wellbeing, safety, and usability, without sacrificing visual clarity or architectural intent.

All in on carbon negative by 2040: nora® is part of Interface’s climate strategy, guided by science‑based targets (SBTs) and a clear plan to avoid, reduce, and store as much carbon as possible, without offsets. · Built for the long run: Some nora® rubber flooring products remain in use for up to 40 or 50 years, dramatically reducing replacement cycles and lifetime environmental impact. · Material integrity by design: Engineered without PVC or added plasticisers, using bio‑based and recycled inputs to support healthier indoor environments.

Engineered for extreme durability: Dense, homogeneous rubber flooring built to withstand heavy traffic, rolling loads, and constant use while retaining performance and appearance over time. · Performance that simplifies care: No coatings required, with surfaces designed for long‑term efficiency and easier maintenance. · Trusted where performance matters most: Specified in healthcare, education, transport, and industrial environments where reliability is non‑negotiable.

Purpose‑built platforms: noraplan® for easy‑to‑maintain, seamless spaces, norament® for heavy‑duty performance and iconic textures, and noravant™, a first ever carbon‑negative design. · Designed for decades of use: Durable rubber flooring surfaces refreshed over time rather than replaced. · Leading what’s next: Including the world’s first carbon negative nora® rubber flooring, showing how long‑life design and material innovation can store more carbon than they emit.