During the virtual poster session, we were able to present our successes of laser-applied PEEK coatings and show how multi-layer systems can increase component lifetimes by several orders of magnitude.
“Advances in Engineering” reports on our innovation that makes magnesium extremely durable and thus opens up completely new fields of application…
Spotlightmetal reports on the outstanding successes in the Tribolas3D research project…
Under the title “Lifting Lightweight Metals to a New Level – Tribological Improvement by Hybrid Surface Solutions on Aluminium and Magnesium” we were able to present the amazing results of our…
Increasing the application fields of magnesium by ultraceramic®: Corrosion and wear protection by plasma electrolytical oxidation (PEO) of Mg alloys. Due to its low density and high strength, magnesium has increasing potential in the lightweight area, especially as a material for structural components.
There is a lot of lightweight construction in the ILO1 – and our exhibitors at the joint stand “Lightweight Construction from Baden-Württemberg” have made the ILO1 even lighter. How ELB – Eloxalwerk Ludwigsburg Helmut Zerrer GmbH did it, …
ELB will exhibit again in 2019 at the joint stand “Lightweight construction from Baden-Württemberg”.
Poor corrosion resistance and low hardness of metals such as magnesium can now be remedied with a new process: Laser beams are used to melt the high-performance plastic PEEK onto a component precisely where it is subjected to particular stress.
Eloxalwerk Ludwigsburg (ELB) is not actually a lightweight construction company, but the medium-sized company from Ludwigsburg-Neckarweihingen received the audience award at the first state-wide Thin King Awards of the Baden-Württemberg Lightweight Construction Agency.
Thanks to the systematic research work carried out by ELB® – Eloxalwerk Ludwigsburg – on the protective armoring of corrosion-sensitive light metals, it is now possible to depict a component self-protection system that enables integrated and extended multi-material use.
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