With TAFNEX™, we are defining the next era of mobility and transportation by tackling the evolving challenges head-on. Our diverse TAFNEX™ products not only improve vehicle efficiency by lowering weight but also advance sustainable mobility through exceptional recyclability. This impact is significant not only in road traffic but also particularly in unmanned aerial systems such as delivery drones.
TAFNEX™ offers exceptional versatility in processing, enabling the production of a diverse range of drone components, each meticulously customized to specific requirements. TAFNEX™ also allows for the addition of a premium forged carbon look, giving drones a distinctive and stylish appearance. Opting for TAFNEX™ enhances not just the drone's appearance but also significantly boosts its efficiency and safety. Find out how TAFNEX™ elevates drone experiences to new heights by visiting the dedicated subsite.
As we transition to more sustainable mobility, composite pressure vessels for hydrogen storage play a pivotal role. Their use is expanding across different transportation methods such as trucks, buses, and trains. While existing solutions depend on a combination of thermoplastic and thermoset materials, TAFNEX™ offers a groundbreaking alternative with fully thermoplastic tanks. These tanks can be recycled into reusable materials at the end of their service life, making TAFNEX™ pressure vessels far more sustainable than conventional wet-wound tanks. This advancement is crucial given the anticipated annual production of millions of hydrogen pressure vessels in the near future.
Material TAFNEX™ UD Tape
Process Tape Winding
The future of inner-city traffic: Featuring a thermoformed loading flap produced from a TAFNEX™ Design Sheet, the German Innovation Award 2023 winning FAT Albert electric cargo scooter is both lighter and more eye-catching, thanks to its sporty forged carbon aesthetic.
This use case is part of TAFNEX™ Vision.
Material TAFNEX™ Design Sheet
Process Thermoforming
Concept & Design albert ebenbichler innovations