Metamaterials enable the use of recycled materials, being raw material independent.
Versatile fitting to the space and urban ecosystem.
Higher acoustic performance compared to standard solutions.
Raw material saving, resulting in costs saving.
Acoustic solutions to limit traffic noise should be efficient and low-cost, due to the large volumes in every infrastructure project. Metamaterials allow very effective and deign-based solutions. Among all solutions, the killer application is the first transparent and high absorbing panel fully certified for railway, developed by Phononic Vibes for Deutsche Bahn. Also, a circular economy approach is very important to allow sustainable infrastructure.
Compressors, Fans, Heating, Cooling, Filtering are key machines when comes to train, ships, yacht, airplanes, elicopters, trucks. All for allowing motion as well as our comfort aboard.
Acoustics in this “floating homes” is key, since they’re normally build in metal or reinforced resin. Acoustics normally comes with weight, thickness and not sustainable materials. Phononic Vibes has developed lightweight efficient acoustic solutions that allow acoustic comfort while keeping low mass, thickness and sustainability.
Weight is as important as cost and performance when mass is in motion as in automotive. Phononic Vibes’ metamaterial can allow same acoustic performance of every acoustic insulation/absorption package by reducing weight by 30%. Successful series production introduction has been developed with Mercedes Benz and Adler Pelzer Group and top car manufacturers.
In Appliances, Phononic is Developing Products, and recently setting up a small delivery chain for high end products.
In Appliances, mainly Metal thin layers and plastics are used in the Product manufacturing. Key aspect also here is the raw material recycled origin, which comes from packaging industry.
Noisy environments are to be limited according to the Law. MetaSolutions are developed with an efficient and tailor made approach to each client need. Preliminary measurements are taken and specific design is developed, leveraging on standard metamaterial solution approach.