IBUvolt - Europe's Leading LFP Supplier.
Dr. Stefan Schwarz, Head of Sales & Development Cathode Materials
10 Years
of experience in
Battery materials
Our LFP is Tailor-Made for Customer Specifications.
Dr. Katja Kretschmer, Head of Laboratory Analytics
Unleashing Potential for a Better Future.
IBUvolt battery material products are the solution to the growing demand for LFP battery materials, processing expertise, and samples. Our LFP battery materials are the superior, eco-friendly alternative to conventional battery cell systems based on nickel manganese cobalt (NMC). As a service provider and process development partner along the entire battery value chain, IBUvolt is driving the improvement and further development of the batteries of the future. We are the leaders in innovative material development projects in the field of anode, cathode, and raw materials. Furthermore, our recycling of battery materials is an essential step for establishment of a sustainable circular economy.
We Produce LFP in Germany to the Highest Standards.
Jörg Leinenbach, CEO of IBU-tec Advanced Materials AG
IBUvolt is Europe’s leading LFP supplier. We develop, produce, and sell the highest quality battery material products on the market for Lithium-Ion Batteries. IBUvolt is the direct result of a deep expertise in system technology combined with over a decade of experience in battery material development at IBU-tec advanced materials AG. We offer products that are tailored to our customers’ needs, confidently made in Europe. Our high-standard German production process technology allows us to offer our materials in a more environmentally friendly way to customers in the automotive, energy storage, and cell production industries.
Solutions for Unique Needs.
Europe’s Leading LFP Supplier.
IBUvolt does not offer a standard product line. Instead, customers receive the cell chemistry that meets their specific requirements for further processing. We guarantee that our cathode materials comply with the latest regulations and quality standards. Our rigorous selection process of appropriate precursors ensures this. The addition of selected elements will unequivocally enhance the material’s characteristics in challenging conditions, such as freezing temperatures or high currents. With all the necessary components in place, we adapt the process to create the optimal atomic structure and macroscopic particle size for the customer’s cell design. Our electrochemical laboratory employs the most rigorous quality control measures in the industry, ensuring that our materials are consistently high-quality, whether on pilot lines or in production facilities.
We Ensure a Sustainable European Value Chain.
Powering the Future with European Resources.
We are the driving force in the development of a European value chain to produce battery materials. IBUvolt is the leading process developer for the extraction of lithium carbonate and hydroxide from German and European ore sources. IBUvolt partners and customers are expanding their raw material development activities in Europe and Germany to gain independence from regions with long, vulnerable supply chains—and they’re doing it now. Our customers are ideally positioned to meet the growing demand for battery cell production and materials thanks to regulations and directives in Europe, the UK, and the USA. With IBUvolt, they can do so by supporting a sustainable European value chain.
LFP – Power with Stability.
Made in Germany/ Europe.
Our 24 years of experience in thermal process engineering have made us the leaders in cathode material technology. Our product is the best on the market, offering unparalleled fast-charging capability and outstanding long-term stability over thousands of charging cycles. IBUvolt produces the best battery materials on the market, with the highest-quality cell chemistry. Our battery material products, IBUvolt® LFP400 and IBUvolt® LFP402, are the best choice for use in both dry and wet coating applications. Our innovative products are the best on the market, with optimized physical properties that enable high energy density and compatibility with existing electrode production processes. IBUvolt® is the industry standard in terms of chemical and physical characteristics, as well as processability.
Carbon Footprint According to European Standards.
Our focus is on establishing a sustainable and efficient production process for our battery materials. Our innovative process technology with high standards additionally leads to a reduced CARBON Footprint. For example, the production of IBUvolt® LFP402 emits around 40% less CARBON than comparable materials from East Asia. In the coming quarters, IBUvolt plans to further optimize its production processes and further increase CARBON reduction to a good 50%. For an average battery for an electric car, the use of this innovative European material avoids around one tonne of environmentally critical CARBON DIOXIDE. This results in an improvement in the CARBON footprint of around 7% for an entire electric vehicle through the use of IBUvolts materials.
