| Design | Board format and visual flexibility | Common plank widths: approximately 150–230 mm; common lengths: approximately 1,220–1,520 mm | Supports wood, stone, and concrete visual concepts across residential, hospitality, retail, and office interiors. | Confirm actual dimensions, color consistency, batch control, and availability of matching trims before installation. |
| Design | Surface texture and appearance | Embossed-in-register textures, matte finishes, synchronized grain patterns, and multiple plank layouts are widely available. | Allows designers to coordinate floor appearance with regional preferences while maintaining a consistent project language. | Request physical samples under the intended lighting conditions; digital images may not accurately represent texture or color. |
| Installation | Click-lock assembly | Floating installation without wet adhesive is typical; installation method depends on the locking profile and manufacturer instructions. | Can shorten installation time, reduce adhesive handling, and simplify phased work in occupied or fast-track buildings. | Use a clean, dry, level substrate. Follow the specified expansion gap, room-temperature acclimation, and perimeter detailing requirements. |
| Performance | Overall plank thickness | Approximately 4–6.5 mm is common for many SPC click products, excluding or including attached underlay depending on the specification. | Low build-up can help coordinate door clearances, transitions, and refurbishment projects where floor height is restricted. | Check the complete installed thickness, including attached or separate underlay, trims, and transition profiles. |
| Durability | Wear-layer thickness | Approximately 0.30–0.70 mm is commonly specified; heavier commercial use generally requires a thicker wear layer. | Helps match the floor to traffic levels in homes, offices, shops, hospitality areas, and circulation zones. | Compare the wear layer with the intended traffic category and request abrasion, staining, and chemical-resistance test results. |
| Dimensional stability | Heat and moisture response | Product-specific results should be checked against EN ISO 23999 or an equivalent regional test method; values are commonly reported as percentage change. | Important for projects exposed to different climates, seasonal temperature changes, transport conditions, or large glazed façades. | Maintain indoor conditions within the product instructions and provide adequate expansion allowances. Do not treat SPC as a substitute for moisture control. |
| Safety | Reaction to fire | Bfl-s1 under EN 13501-1 is a commonly requested flooring classification for higher-specification interiors, subject to the complete tested construction. | Supports compliance planning for public buildings, hotels, offices, and other projects with regulated fire-performance requirements. | Verify the certificate for the exact floor construction, including underlay and installation method; local code requirements take precedence. |
| Safety | Slip resistance | R10 is a common target for many interior commercial applications; R11 may be specified where increased slip resistance is required. | Provides a clear performance reference for entrances, corridors, retail areas, and other locations where surface traction matters. | Confirm the test standard, wet or dry condition, cleaning regime, and suitability for the intended use rather than relying only on a rating. |
| Indoor environment | VOC emissions | Low-emission products may be documented through regional schemes such as the French A+ label or equivalent chamber-test results. | Supports indoor-air-quality goals in schools, offices, healthcare facilities, residences, and green-building assessments. | Request current emissions documentation for the floor, adhesive if used, underlay, and accessories as a complete system. |
| Acoustics | Impact-sound performance | Improvement is product- and underlay-dependent; reductions of approximately 15–20 dB are possible with suitable acoustic constructions. | Useful for apartments, hotels, offices, and multi-level buildings where footfall noise affects occupant comfort. | Use laboratory data for the exact floor-and-underlay combination. Site performance also depends on the subfloor and building structure. |
| Maintenance | Routine cleaning method | Regular vacuuming or dust removal followed by damp mopping with a pH-neutral cleaner is generally recommended. | Creates a simple maintenance routine that can be standardized across international facilities and multiple occupancy types. | Use clean microfiber equipment, avoid excessive water, and follow the flooring supplier’s approved chemical list. |
| Maintenance | Protection from staining and abrasion | Entrance matting, furniture glides, protective pads, and prompt spill removal are standard preventive measures. | Reduces dirt migration and surface wear in high-traffic zones, helping preserve appearance between replacement cycles. | Avoid abrasive powders, solvent-based products, steam cleaning, metal casters without protection, and rubber-backed materials that may cause discoloration. |
| Lifecycle planning | Repair and replacement approach | Floating click systems can allow individual boards to be replaced, but access depends on the room layout and locking design. | Can reduce disruption and material waste during localized repairs in hotels, rental housing, retail, and office projects. | Retain spare boards from the original production batch and record installation direction, batch information, and product specifications. |
| Global procurement | Documentation and standards alignment | A complete submittal package should include technical data, installation instructions, safety data, emissions information, and relevant test reports. | Helps project teams compare products consistently across countries with different building codes, testing systems, and approval procedures. | Check that documents are current, independently issued where required, and applicable to the exact color, construction, wear layer, and underlay. |
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