Industry news and insights
Learn how to achieve Class A acoustic performance with PET panels through air gap, installation methods, and system design.
Why do 24mm PET acoustic panels fail to reach Class A? Learn how air gap, installation, and structure affect real acoustic performance.
How to Reduce PET Felt Acoustic Panel Waste Without Changing Your Design
Common CNC cutting issues in PET felt acoustic panels and how early design review can reduce structural problems and material waste.
Why PET felt acoustic panel projects often require more material than the installed area. Learn how CNC cutting, sheet size, and panel design affect material waste.
Learn how recycled PET felt panels absorb sound, how thickness and air gap affect NRC, and why sustainable acoustic panels are growing in Europe.
Air Gap vs Direct Mount: Maximize PET Acoustic Panel Performance
Understand what NRC really means for PET acoustic panels. Learn how thickness, density and installation affect performance. Download acoustic test report for commercial projects.
This article explains NRC, thickness, density, installation impact, and why sustainable PET material is a smart choice for modern projects.
Can 24mm PET acoustic panels reach Class A sound absorption without air cavity? Learn realistic performance limits, NRC values, and practical solutions for achieving higher acoustic ratings.
Learn what PET felt acoustic panels are, how to choose density and thickness, and why designers and contractors love them. Real tips, installation insights, and FAQs included.
PET felt acoustic panels offer lightweight, customizable, and high-performance solutions. Choose the right density, thickness, and installation method to save time, reduce labor.
