Capturing the fine particles produced during braking at source, avoiding their dispersion in the air, preventing their inhalation… TAMIC® meets all these technical, environmental and public health challenges. 40% of fine particle emissions come from transport and are considered the most serious pollutant in Europe in terms of human health impacts. TAMIC® is therefore aimed at the road and rail transport industries, two particularly demanding markets, with a solution that can be easily fitted to both original equipment vehicles and retrofitted to trucks and rail vehicles.
Technology to reduce particulate matter emissions
Tamic®
for healthier air
Developed through many years of research and experimentation, the TAMIC® technology solution is now available to all manufacturers who wish to use it.
It is capable of absorbing up to 85% of the fine particles emitted during the braking of a vehicle or a train, whether it is an individual or a group, light or heavy, internal combustion or electric. Protected by a portfolio of patents, registered in many countries around the world, TAMIC® can be easily fitted to original equipment vehicles as well as retrofitted to trucks and rail vehicles.
With TAMIC® it is possible to significantly reduce air pollution.
A technical challenge for public health
Provide the solution that allows to respond to the Euro 7 regulation and public health issues.
A decade of Research and Development
After more than 10 years of research and development, testing and experimentation Tallano Technologies has developed TAMIC® an innovation protected by a portfolio of over 50 patents registered in 12 countries around the world.
Tallano Technologies is now among the top 3 patent applicants in the world for the capture of fine braking particles.
A solution adapted
to all of your needs
TAMIC® Routier, a response to the Euro 7 regulation, has been designed to adapt to all types of vehicles (heavy trucks, refuse collection vehicles, light commercial vehicles, buses, coaches, etc.). TAMIC® Routier captures at source more than 70% of fine particles emitted during braking periods.
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