Rail operators need to be adaptive and innovative to reduce energy losses and their ecological footprint, while increasing the reliability of their rail systems. Lamifil introduces innovative alloys for catenary wires, to address these modern rail challenges. Meet PowerFil, ThermoFil and CuMg UHC.
Discover in a captivating virtual reality experience how our newest catenary wire alloys energise rail for the future. Click here to dive into a 360° virtual world of innovation.
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Lamifil has designed an installation method for GAP+ conductors that’s fast and easy, using only standard tools and equipment. It works very well on rough terrain or when access to towers is difficult.
We are committed to deliver the most reliable and sustainable solution for each specific application by engaging its unique experience and know-how.
The Flemish government has granted 512 000 euros to Lamifil as strategic ecology support. This will be used for a new and unique ecological production process for aluminium products. The ecology project is part of the company’s comprehensive future strategy, which is supported by a significant package of investments in the short and medium term. […]
With the electrification and expansion of Delhi’s Metro network in full swing, both the general contractor Siemens and their client, the Delhi Metro Rail Company were in need of a reliable, future-proof and environmentally-friendly solution for its overhead contact and catenary wires. The solution came in the form of high-quality conductoring employing advanced alloys developed […]
With peak loads in the summer tourist season nearly double those of the off-season, Croatia’s distribution system operator HEP – ODS d.o.o., Elektrodalmacija Split faces significant challenges to safeguard network security and satisfy the necessary n-1 criteria. Renowned for their superior performance, efficiency and versatility, Lamifil’s industry-leading ACCC conductors were chosen to increase the capacity […]
of catenary wires
where our products have been installed
of produced overhead coductors
