Unlock the future of industry with SoluteriAL — our unique material that redefines efficiency, simplifies integration, and enables groundbreaking innovations.
Aluminium is the most abundant metal in the earth's crust, valued for its lightweight properties. While traditional alloys optimize for single traits, only SoluteriAL delivers an unmatched combination of strength, conductivity, and durability.
In the world of materials, different materials are typically used depending on the specific requirements:
Copper for conductivity, stainless steel for strength, and aluminium (alloys) for lightness.
But what if all these requirements need to be met?
Our revolutionary material offers exactly the answer:
We offer our ground-breaking nanostructured aluminium material SoluteriAL (patented), developed to meet the demands of modern industry. With its purity and unmatched combination of material properties, SoluteriAL offers a competitive advantage in numerous applications:
SoluteriAL sets a new standard for aluminium materials by redefining the boundaries of metallic solutions. Its property profile and infinite application possibilities make it a true multifunctional material. We thus enable our customers to achieve dimensionally stable and lightweight designs for ambitious technical ideas and all the necessary engineering and prototyping capabilities. Specifically, SoluteriAL excels in electronic applications such as busbars, wires, and cooling housings, as well as mechanical components like sealing plates, screws, and more. This versatility allows us to address a wide range of industries, including electronics, automotive, mechanical engineering, aerospace, rail, and telecommunications.
In today’s world, sustainability is not optional — it's a necessity. SoluteriAL actively contributes to achieving ambitious sustainability goals by addressing critical areas such as reducing CO2 footprints and enhancing recyclability.
Beyond meeting EU Green Deal requirements, our material’s local availability reduces environmental impact while strengthening supply chain resilience.
Our innovation
Unlike incremental improvements on existing materials, such as new alloys, SoluteriAL introduces an entirely novel approach. Its breakthrough composition, with no alloying elements, has far-reaching implications for daily life.
By eliminating the need for alloying elements, SoluteriAL addresses issues associated with deep mining, preserving the natural habitats of humans and animals. Moreover, it significantly reduces the EU's dependency on imports, aligning seamlessly with EU goals. The subsequent CO2 savings extend not only to the material itself but also to the improved existing components and unprecedented innovations made possible by this revolutionary material.
The new state-of-the-art material
SoluteriAL is a ground-breaking aluminium product that is both pure and high-performance. The unique combination of elevated strength (up to 400 MPA), high conductivity, corrosion resistance, high-temperature tolerance (up to 550 °C), and, for the first time, creep-resistant aluminium sets SoluteriAL apart.
Conventional aluminium alloys can usually only be optimised for one of these aspects. The figure shows the advantages of SoluteriAL in direct comparison with a number of relevant and commonly used aluminium alloys, copper an pure aluminium.
SoluteriAL is made from pure aluminium, without the addition of alloying elements. Instead, a purely mechanical process is used, completely eliminating the need for the energy-intensive melting typically required in the industry. It is 100 % recyclable without any loss of quality (no downcycling).
Shape the future with SoluteriAL: Our material improves efficiency, simplifies processes, drives innovation, and supports sustainability.
All properties combined in one material
No more compromise in product properties
Reduces expenses, such as thermal post-treatment and thus money (TCO) and CO2
Free from separation --> pure aluminum stays pure aluminum
No downcycling
Free of magnesium, rare earths, nanoparticles or nanotubes
Non harmful to health and environment
»REACH« and »RoHS« compliant
Meet our team
