Breaking the Mold in Acoustic Design
The industry's most flexible acoustic solution now delivers:
Unprecedented Customization: From 15-50mm thickness options to complex 3D molded geometries
Scientific Sound Control: 0.93-0.96 NRC ratings across all standard thicknesses (EN ISO 354:2025 verified)
Design Freedom: UV-printed patterns with 2400dpi resolution and ±0.1mm registration accuracy
"Standard acoustic ceilings force designers to compromise vision for function," notes our lead product developer. "Our five proprietary manufacturing processes allow architects to specify exact thickness, density, and surface texture combinations to achieve both aesthetic goals and precise acoustic performance."
Engineering Behind the Curtain
The secret lies in our vertically integrated production:
Material Science: PET fiber density adjustable from 160-400kg/m³ for tailored sound absorption
Precision Fabrication: CNC-controlled surface patterning achieves 0.05mm tolerance
Color Technology: Pantone-matched pigmentation during fiber extrusion prevents fading
Global Project Enablement
Factory-direct advantages for international clients:
28-Day Standard Delivery: Climate-controlled shipping to major EU/US ports
Prototyping Service: 400x400mm physical samples with test data in 7 days
Technical Documentation: CE CPR 305/2011 Annex V + TUV acoustic reports included
Designer Q&A
Q: How does thickness affect acoustic performance?
A: "Our 25mm panels achieve 0.94 NRC at 500-4000Hz - ideal for offices. Going to 40mm boosts low-frequency absorption by 32% for music spaces."
Q: What's possible with surface customization?
A: "Beyond standard perforations, we can laser-etch corporate logos or architectural patterns while maintaining acoustic integrity."
Q: Minimum order quantities?
A: "500m² for standard designs, 1000m² for fully custom solutions. Sample kits available anytime."
Q: Why choose factory-direct customization?
A: "We control the entire process from PET pellet selection to final QC - no third-party variables compromise your specifications."