PS Wall Panels
Modern Interior PS Scalloped Wall Panels Decorative Half Round Fluted Slats
Modern Interior PS Scalloped Wall Panels Decorative Half Round Fluted Slats
Product Overview
Our High-Density PS Reeded Wave Wall Panels feature a dense, ultra-fine semicircular fluted surface designed to create continuous architectural shadow lines across modern interiors. Precision-extruded from lightweight polystyrene, the repetitive micro-rib profile provides enhanced surface rigidity and subtle acoustic diffusion while maintaining a low weight profile for efficient container freight and effortless wall handling.
Key Technical Specifications
Parameter | Standard Value |
|---|---|
Material Base | High-Density Extruded Polystyrene (PS) |
Surface Profile | Continuous Micro Semicircular Ribs (Reeded / Wave) |
Finishing Method | Thermal Hot-Stamping Foil |
Color Assortment | Black Marble, Distressed Timber, Dark Walnut, Textured Bronze, Light Oak, Matte Slate |
Panel Width | 120 mm / 150 mm / 160 mm/.../300mm |
Overall Thickness | 10 mm – 14 mm |
Standard Length | 2800 mm / 2900 mm / 3000 mm |
Edge Interface | Concealed Tongue & Groove Interlock |
Durability Ratings | 100% Waterproof, Mold Resistant, Zero Swelling, Termite-Proof |
Engineering & Application Advantages
- Precision Wave Definition: Uniform micro-crests and troughs deliver seamless linear continuity across large wall expanses without pattern misalignment.
- Extreme Moisture Resistance: Solid non-porous PS matrix eliminates humidity absorption, warping, and mold buildup in high-traffic commercial environments.
- Concealed Fastening System: The engineered side-lock mechanism hides all fastener heads and adhesive lines for an uninterrupted fluted rhythm.
- Low Maintenance Surface: Hard-wearing hot-stamped skin resists accidental scratching, color fading, and dust accumulation, requiring only a damp wipe for upkeep.
- Target Applications: Commercial hotel lobbies, corporate feature backdrops, executive boardrooms, curved partition wraps, and residential accent walls.
