Performance isn't a claim—it's validated.

Performance isn't a claim—it's validated.

Every Next Surface new construction tread and re-tread is engineered to perform in demanding residential and commercial environments. From the commercial-grade wear layer to the finished product, our materials and manufacturing processes are designed for long-term durability. Independent ASTM testing validates the performance of our products across key characteristics including hardness, impact resistance, chemical resistance, heat stability, and fire performance.

Independently Validated Performance

Surface Hardness | ASTM D2240

Surface hardness testing validates the durability of the finished product and its ability to withstand everyday wear, helping maintain the appearance and integrity of the surface over time.

Impact Resistance - ASTM D6110

Impact resistance testing evaluates the product's ability to withstand sudden impacts and everyday abuse without compromising performance.

Chemical Resistance | ASTM F925

Products are evaluated against common household and commercial chemicals to verify resistance to surface deterioration, helping preserve the finish under everyday conditions.

Heat Stability | ASTM F1514

Heat stability testing measures color stability following prolonged heat exposure, helping ensure the finished product maintains its appearance over time.

Fire Performance | ASTM E648

Selected products have been evaluated for critical radiant flux in accordance with ASTM E648 to verify fire performance characteristics for commercial flooring applications.

Performance isn't a claim—it's validated.

Every Next Surface new construction tread and re-tread is engineered to perform in demanding residential and commercial environments. From the commercial-grade wear layer to the finished product, our materials and manufacturing processes are designed for long-term durability. Independent ASTM testing validates the performance of our products across key characteristics including hardness, impact resistance, chemical resistance, heat stability, and fire performance.