Multi-Layer Hardwood System 15T
- Professional Performance at Lower Profile — Cross-laminated plywood core with solid hardwood wear layer delivers reliable shock absorption and playing comfort without the bulk of competition-grade systems
- Cost-Efficient Construction — Single-joist substructure reduces material and installation costs, making it the practical choice for facilities that need sport-ready performance without competition-grade specifications
- Stable Underfoot Feel — 15mm low-profile build minimizes flex and provides consistent surface response across the entire court — no dead spots, no uneven rebound
- Flexible Application — Suitable for gyms, training centers, school courts, and multi-use facilities that require professional surface standards but not heavy-duty or event-grade specifications
- Straightforward Installation — Single-joist layout simplifies the installation process, reducing crew time on-site and lowering total project cost
Multi-Layer Hardwood Sports Flooring System
A professional-grade indoor sports floor engineered for arenas, school gymnasiums, fitness centers, and multi-purpose training halls — combining cross-laminated stability with high-performance surface characteristics.
Engineered Stability for High-Traffic Sports Environments
The Multi-Layer Hardwood Sports Flooring System is built around a cross-laminated plywood core topped with a solid hardwood wear layer — a construction method that delivers superior dimensional stability over traditional solid hardwood while maintaining the playing characteristics professionals expect.
Its LVL sports keel substructure with resilient pad support provides consistent shock absorption across the entire surface, while the PE moisture barrier underlay protects the floor from ground moisture over its full service life.
Available with full 3D digital court graphics printed directly into the wear layer — no surface films, no delamination risk.
High shock absorption cushions landings and reduces joint stress. Crisp, consistent ball rebound. A floor that stays flat under heavy foot traffic, humidity swings, and daily training loads — with minimal maintenance between seasons.
Why Choose Multi-Layer Hardwood?
3D Digital Court Customization
Full-court artwork, logos, and branding graphics are printed directly into the wear layer — enabling any color scheme or design without surface films that peel or delaminate.
Moisture Resistance & Dimensional Stability
Cross-laminated layers counteract expansion and contraction, helping prevent warping and gapping during humidity and temperature changes — across all seasons.
High Abrasion Resistance & Pattern Stability
Industrial-grade coatings provide long-term surface protection. Court line markings and graphics stay sharp and stable even under heavy daily use and frequent equipment movement.
What Facility Managers and Contractors Actually Get
by design
response
season after season
maintenance
every movement
Multi-Layer vs. Traditional Solid Hardwood
Test Results vs. EN 14904 & FIBA Standards
What Goes Into the Floor
- Sports floor water-based paint
- LVL keels: 15mm (H) × 70mm (W) × 1840mm (L)
- Multi-layer plywood subfloor board: approx. 18mm × 1220mm × 2440mm, cross-laminated for stability
- PE moisture barrier underlay
Specifications at a Glance
Make Your Sports Floor Truly Unique
- Custom court colors, stains, and finishes
- Center court logos and full-court brand graphics — inlay or digital printing
- Standard or custom game line markings for basketball, volleyball, badminton, and multi-sport layouts
- Professional layout planning and CAD drawing support for architects, contractors, and facility owners
Bring your vision to life — from school logos to sponsor graphics. Every detail is refined so your court matches your team, school, or facility identity while staying fully compliant with sports regulations.
Installed in Arenas, Gyms & Training Centers Worldwide
10–15 Year Product Lifespan
The Multi-Layer Hardwood System is engineered for long-term facility performance. Under typical sports hall usage conditions, the system maintains structural and surface integrity for 10–15 years with standard maintenance practices.
