Acoustic innovation technologies towards a sustainable future

Tafortech Technologies

Tafortech Technology TFT-PNCM © for Passive Noise Control

Control any noise emission with optimized construction solutions specifically designed for you.

We have developed this innovative technology, Young Entrepreneurs Award for Innovation, to ensure noise control with common building materials and achieve what had never been achieved before: Passive Noise Control with Guarantee on the acoustic result.

o.

Tafortech Technology TFT-ANCM © for Active Noise Control

Control any noise emission without any soundproofing investment.

We’ve recently developed this innovative technology, so necesary for any amplified music activity or event, to assure the maximum noise emisisions to neighbours or to outdoors, in order to avoid any possible future penalties for exceeding the regulated noise limits.

Our technology allows us to calculate the optimum noise control parameters for any sound limiter for amplified music, so that it controls at all times the transmitted noise level to any point, adapting the sound amplification in order to avoiding any penalty.

Tafortech Technology TFT-AQM © for Acoustic Quality

Achieve acoustic comfort with the highest performance at minimum cost.

We have developed our acoustic quality and confort technology after years of experience in room acoustics, hifi sound systems implementation, and outdoor acoustics, to optimize the acoustic quality of any space at the project design phase.

We gather the optimum acoustic result with the minimum materials investment just by coordinating the constructive solutions selections with the architect and the desing team, integrating the acoustics with the project aesthetics, creating the optimum comfort atmosphere.

Tafortech Technology TFT-COPM © for Cost Optimization

Guarantee on minimal sound emissions with minimal materials and less cost.

We’ve developed this unique technology to reach the same soundproofing with much less material, due to smart design of air gap and to elastic joints of the same constructive solution.

We can optimize the insulation according to 2 objectives, either achieve maximum savings or achieve minimal loss of useful space.