6mm SPC Stone Plastic Composite Flooring 7x48 Inch Waterproof Anti Slip R9 Fire Resistant Class B for Residential and Light Commercial

The stone plastic composite core contains no wood fiber, meaning it does not swell, warp, or delaminate when exposed to water or high humidity. It is suitable for ground-floor installations, bathrooms, kitchens, and tropical climate regions in Africa and Southeast Asia.

Tested according to ASTM E84.03, this flooring achieves NFPA Class B certification. It meets the fire performance requirements commonly specified for residential buildings and light commercial interiors in the United States and international export markets.

The embossed wear layer provides an R9 slip resistance rating measured per DIN 51130. This level of traction is appropriate for residential corridors, office spaces, and light commercial areas where foot safety is a priority.

The surface layer withstands exposure to standard household cleaning agents and mild commercial chemicals, rated Class 0 per EN 423. This makes it a practical choice for kitchens, clinics, and office pantry areas where spills are frequent.

With a shrinkage rate of no more than 0.002 percent and a curling tolerance within 0.2mm, these planks maintain a tight, flat layout after installation. This stability is essential for large-area projects where joint integrity must be preserved over time.

Available in 0.3mm for standard residential use, 0.5mm for semi-commercial environments, and 0.7mm for light commercial applications. Each wear layer option is tested per EN 429 to ensure consistent abrasion protection across its intended use category.

The tongue-and-groove click-lock profile allows floating installation without adhesive. Planks can be installed directly over existing smooth subfloors, reducing project preparation time and making replacement of individual planks straightforward after the project is complete.

The plank composition complies with EN 71-3 limits on toxic substance migration. The material is 100 percent recyclable at end of life, which supports sustainability goals and green building certification requirements in project specifications.