Nevitec Acoustic PVC Stretch Ceilings & Sound Solutions

Precision-Engineered Micro-Perforations for Perfect Acoustics

Transform your space with the Nevitec Acoustic PVC stretch system, an innovative membrane designed to deliver exceptional sound absorption without compromising on aesthetic appeal. Our advanced micro-perforated surfaces act as powerful acoustic traps, significantly reducing reverberation and background noise in any environment. To meet the precise acoustic requirements of your architectural project, Nevitec offers two specialized configurations: an ultra-fine design featuring 300,000 micro-holes with a 0.15mm diameter, and a high-density option boasting 500,000 holes with a nearly invisible 0.10mm diameter. These carefully calibrated perforations seamlessly blend high-end design with technical performance, creating perfectly balanced acoustic environments for commercial, residential, and public spaces.

Material & Physical Properties

Composition: Manufactured from 100% premium-grade, architectural Polyvinyl Chloride (PVC) designed for tensioning.
Thickness & Weight: Engineered as a lightweight membrane (typically ~0.18mm thickness and ~240 g/m² weight) to minimize structural load.
Surface Finish: Available in a variety of architectural finishes, including matte, satin, and high-gloss, to suit distinct interior design aesthetics.
Tensile Strength: Features high elasticity and memory retention, allowing it to remain perfectly taut without sagging over time.
Dimension Stability: Resists warping, cracking, or stretching out of shape under normal indoor temperature fluctuations.

NeviTec
PVC
Acoustic Stretch

NeviTec Stretch System

Acoustic Micro-Perforation Specifications

Configuration A (Balanced): Features 300,000 precision-engineered micro-holes per square meter to trap sound waves effectively.
Diameter A: Holes are precisely calibrated to a 0.15 mm diameter, optimized for absorbing mid-to-high frequency airborne noise.
Configuration B (High-Density): Features 500,000 micro-holes per square meter for maximum acoustic absorption in highly reverberant spaces.
Diameter B: Holes are laser-calibrated to a 0.10 mm diameter, rendering the perforations virtually invisible to the naked eye.
Acoustic Function: Acts as an acoustic resonance absorber, dramatically lowering the reverberation time (RT60) and improving speech intelligibility.