Product Guides

Wear Layer Selection & Audit: Key Takeaways for Importers Application Hierarchy & Rating: 0.2mm (8 mil) suits temporary residential flips; 0.3mm (12 mil) serves as the standard residential benchmark; 0.5mm (20 mil) commands the commercial sweet spot; 0.7mm (28 mil) is engineered for heavy institutional traffic (airports, healthcare, retail hubs). Cost-to-Spec Economics: Upgrading from 0.3mm

Key Takeaways for Importers & Distributors Thickness Selection: Thicker is not always better; 4mm, 5mm, 6mm, and 8mm serve distinct residential and commercial project tiers. Core Density & Stability: High-density limestone composite (1,900–2,100 kg/m³) provides the structural rigidity needed to bridge minor subfloor gaps. Subfloor Tolerance: Thinner 4mm options demand strict subfloor flatness, whereas 5mm

Category Comparison: SPC vs. Laminate Sourcing Takeaways Waterproof guarantee vs. Water-Resistant Claims: SPC’s stone-plastic core contains zero wood fibers and will never swell, cup, or rot under standing water; even so-called “waterproof laminate” relies on topical wax seals that fail once moisture penetrates HDF joints. Dimensional Stability & Expansion Profiles: SPC’s low thermal movement (<

Category Comparison: SPC vs. LVT Sourcing Takeaways Subfloor Preparation & Labor Costs: Flexible LVT telegraphs every minor subfloor ridge and requires extensive screed smoothing or full-spread adhesive; rigid core SPC floats easily over minor imperfections, cutting total job-site labor expenses by 30%–40%. Thermal Dimensional Stability: Under direct sunlight, floor-to-ceiling windows, or radiant heating, traditional flexible

Thickness Selection Audit: 4mm vs. 5mm Sourcing Takeaways Click Seam & Tensile Strength: A 5.0mm core provides 25% deeper vertical locking engagement than a 4.0mm plank, offering significantly higher joint tensile resistance (ISO 24334) against seasonal movement and heavy rolling furniture. Subfloor Irregularity Tolerance: 4.0mm SPC requires an ultra-flat, fully leveled subfloor (variance ≤ 2mm

Technical Engineering Takeaways: Rigid Core Waterproof Flooring Inorganic Rigid Core Architecture: Engineered by compounding natural calcium carbonate (limestone) and virgin PVC resin under extreme heat, creating a 100% waterproof, non-hygroscopic core that eliminates swelling, cupping, or rotting under standing water. Multi-Layer Performance Engineering: Combines a double-crosslinked PUR UV protective coating, a heavy-duty transparent PVC wear

5mm SPC Wholesale Takeaways for Importers Define the Full Construction: Confirm whether “5mm” means a 5mm rigid plank without backing or a combined construction such as 4mm SPC plus 1mm IXPE. These products should not be treated as equivalent. Normalize Supplier Quotations: Compare core thickness, wear layer, backing, click system, surface, plank size, packaging, documents,