Lios develops thin acoustic materials specifically engineered to address this challenge. By rethinking how acoustic energy gets absorbed at the material level, it becomes possible to achieve superior low-frequency performance in profiles up to four times thinner than conventional solutions. The post Thin Acoustic Materials for Low-Frequency Noise in 2026 appeared first on Lios - Advanced Acoustic…
At The Advanced Materials Show, CTO & co-founder Eimear O'Carroll pitched SoundBounce to industry experts and judges, winning an award as part of the Scale-Up Accelerator. The post Lios Wins Innovator of the Year at The Advanced Materials Show 2026 appeared first on Lios - Advanced Acoustic Materials .
Lios renews its ESA contract. The €2M deal supports using SoundBounce—an advanced acoustic material—as Fairing Acoustic Protection (FAP) to shield payloads during space flight. The post Lios Secure €2m European Space Agency Co-Funded Contract appeared first on Lios - Advanced Acoustic Materials .
Lios’ SoundBounce material tackles low-frequency noise at sea. It’s a lightweight, sustainable solution to improve stealth and crew comfort where bulky traditional materials fail. The post SoundBounce, an advanced acoustic material, is making waves in the marine industry appeared first on Lios - Advanced Acoustic Materials .
Lios joins the Scale-Up Accelerator at The Advanced Materials Show! With pilot production live, we’re showcasing how SoundBounce solves the world’s noise challenges in construction. The post Lios selected for The Advanced Materials Show Scale-Up Accelerator appeared first on Lios - Advanced Acoustic Materials .
Automotive NVH affects vehicle comfort and performance. Advanced acoustic materials like SoundBounce help reduce vibration and low-frequency noise in modern vehicle design. The post Automotive NVH and Acoustic Materials for Noise Reduction appeared first on Lios - Advanced Acoustic Materials .
Structural vibration drives industrial noise. Managing energy at the material level is key to effective control and quieter systems. The post Structural Vibration Control in Modern Industrial Systems appeared first on Lios - Advanced Acoustic Materials .
Choosing acoustic insulation for buildings requires understanding how noise travels through structures. In spaces with vibration and limited depth, materials like SoundBounce help. The post How to Choose Acoustical Insulation Solutions for Buildings appeared first on Lios - Advanced Acoustic Materials .
Traditional acoustic materials rely on passive absorption and mass. Advanced materials shift to engineered performance, enabling more precise, integrated sound control. The post How Acoustic Materials Are Evolving Beyond Passive Absorption appeared first on Lios - Advanced Acoustic Materials .
SoundBounce is up to 4x thinner than conventional acoustic materials, delivering effective noise reduction through advanced engineering rather than thickness. The post Thin Acoustic Materials for Effective Noise Reduction appeared first on Lios - Advanced Acoustic Materials .
