Blog & Articles

Structural Vibration Control in Modern Industrial Systems

The latest news, research, and insights from Lios on acoustic technology and innovation.

Technology

Structural Vibration Control in Modern Industrial Systems

Structural vibration drives industrial noise. Managing energy at the material level is key to effective control and quieter systems.
Technology

How to Choose Acoustical Insulation Solutions for Buildings

Choosing acoustic insulation for buildings requires understanding how noise travels through structures. In spaces with vibration and limited depth, materials like SoundBounce help.
Technology

How Acoustic Materials Are Evolving Beyond Passive Absorption

Traditional acoustic materials rely on passive absorption and mass. Advanced materials shift to engineered performance, enabling more precise, integrated sound control.
Technology

Thin Acoustic Materials for Effective Noise Reduction

SoundBounce is up to 4x thinner than conventional acoustic materials, delivering effective noise reduction through advanced engineering rather than thickness.
Technology

Lightweight Acoustic Materials: Performance and Efficiency

Lightweight acoustic materials improve noise reduction, enhance system efficiency, reduce structural load, and support high-performance engineering design.
Technology

Innovations in Low-Frequency Noise Reduction Solutions

Low-frequency noise challenges modern engineering. This article explores how advanced acoustic materials like SoundBounce reduce noise while staying lightweight and compact.
Technology

What does TRL (Technology Readiness Level) mean?

Understand Technology Readiness Levels (TRL) with our guide to the 1–9 scale. Learn why TRLs are essential for gauging if a new technology is truly
Technology

Understanding Thixotropy: Properties and Applications

Thixotropy is a time-dependent shear thinning property in non-Newtonian fluids. Unlike Newtonian fluids, their viscosity decreases over time when under constant shear stress or strain.
Technology

Advanced Acoustic Metamaterials for Noise Reduction

Our world and technologies are becoming increasingly more advanced, and traditional materials are struggling to keep up with the technical challenges of today.