Key Performance Characteristics

Scratch and Abrasion Resistance

• Aluminum oxide–reinforced wear layer protects against:

  • Furniture movement

  • Pet claws

  • High foot traffic

• AC4–AC5 rated products withstand 4,000–6,000+ Taber abrasion cycles before visible wear

Impact and Indentation Resistance

• Dense HDF core resists dents from dropped objects and heavy furniture

• Premium laminates achieve residual indentation ≤ 0.05 mm
  (EN ISO 24343-1 standard)

Dimensional Stability

• HDF construction minimizes expansion and contraction caused by temperature and humidity changes

• Dimensional variation ≤ 0.9 mm after humidity cycling
  (EN 13329 requirement)

Fade Resistance

• UV-stabilized surface coating protects against sunlight exposure

• Achieves Class 8 rating on the Blue Wool Scale
  (EN ISO 105 B02)

Moisture Resistance

• Standard laminate is moisture-resistant, not waterproof

• Advanced collections feature:

  • Water-repellent surface treatments

  • Sealed edges and locking systems

  • Waterproof warranties up to 15 years

• Notable technologies:

  • Pergo – WetProtect

  • Quick-Step – HydroSeal

  • Shaw – Repel

Ease of Maintenance

• Non-porous melamine surface repels dirt and inhibits bacterial growth

• Routine care requires only sweeping and damp mopping

Cost Efficiency

• Laminate flooring costs 40–70% less than natural hardwood

• Delivers comparable aesthetics with superior scratch resistance

Technical Specifications

AC Rating System (Abrasion Class)

(Illustration displayed alongside)

Overall Thickness Options

(Illustration displayed alongside)

High-Density Fiberboard (HDF) Core Specifications

Material Composition

• Wood fibers (softwood): 60–80%

• Melamine resin binder: 10–20%

• Wax (moisture resistance): 5–10%

• Stabilizers and additives: 2–5%

Density Classification

• Standard HDF: 850–900 kg/m³

• Premium HDF: 900–1,000 kg/m³

Comparison:
HDF is significantly denser than MDF, resulting in higher strength and improved moisture resistance.

Moisture Performance

• Thickness swelling after 24-hour water immersion: ≤ 12–18%
  (ISO 24336)

• Premium laminates achieve ≤ 12%, exceeding minimum standards

Plank Dimensions

Standard Widths

• Narrow planks: 100–127 mm (4–5″) – Ideal for small spaces

• Standard planks: 127–180 mm (5–7″) – Most versatile

• Wide planks: 180–230 mm (7–9″) – Trending for 2026

• Extra-wide planks: 230–305 mm (9–12″) – Premium installations

Standard Lengths

• Short planks: 914 mm (36″)

• Standard planks: 1,200–1,220 mm – Most common

• Long planks: 1,500–2,134 mm – Fewer seams, modern aesthetic

• Random lengths: Mixed sizes per box for natural wood appearance

Tile Formats

• Square: 305 × 305 mm (12″ × 12″)

• Rectangular: 305 × 610 mm (12″ × 24″)

• Large format: 406 × 813 mm (16″ × 32″) or larger

Installation Dimensional Requirements

• Minimum plank length at row start/end: 200–300 mm

• Minimum last-row width: 50 mm
  (75–127 mm recommended)

Edge Profile Options

1. Square Edge

• Seamless surface with no bevel

• Clean, modern appearance

• Easiest to clean but highlights subfloor imperfections

2. Micro-Beveled Edge

• Subtle bevel depth: 0.5–1 mm

• Slight plank definition

• Forgiving during installation

3. Standard Beveled Edge (V-Groove)

• 45° cut, depth 1–2 mm

• Most authentic hardwood appearance

• Masks subfloor imperfections and micro-gaps

• Most popular edge profile for residential and commercial use

4. Deep Beveled Edge

• Bevel depth 2–3 mm

• Rustic, farmhouse, hand-crafted aesthetic

5. Pressed Beveled Edge

• Formed by compression rather than cutting

• More natural groove variation

• Improved moisture protection along edges

6. Rolled Beveled Edge

• Smooth, rounded transition between planks

• Refined and contemporary appearance

Edge Selection Guidelines

• Traditional / Rustic: Standard or deep bevel

• Modern / Minimalist: Square or micro-bevel

• Uneven subfloors: Beveled edges recommended

• High-traffic areas: Beveled edges perform better long-term