Development of Innovative Cathode Materials
Designed for E-Mobility & State-of-the-Art Energy Storage Systems
In the dynamic world of lithium-ion batteries and energy storage systems, a standard material is often insufficient to achieve technological excellence. Competitive products require cathode materials that are precisely tailored to the application, cell chemistry, and production environment.
IBU-tec develops and optimizes cathode active materials tailored specifically to your needs—from electric mobility and stationary energy storage to specialized industrial applications. Our goal: cathode materials that combine high performance, long service life, process reliability, and sustainability, creating a significant competitive advantage.
1. Tailor-made Cathode Materials instead of Standard Solutions
Every battery project is unique—with its own performance goals, operating conditions, and cost structures. Standard cathode materials often cannot meet these requirements. That is why IBU-tec develops tailor-made cathode materials that are precisely customized to your application and cell design.
Working closely with your development team, we first define the project-specific requirements:
- Application (e.g., electric vehicle, stationary storage, industrial application)
- Required energy density and performance
- Requirements for service life and cycle stability
- Temperature range and environmental conditions
- Safety and sustainability specifications
On this basis, we develop tailor-made cathode materials that are not “off-the-shelf” but are designed specifically to meet your target parameters—from chemical composition to particle morphology.
2. Comprehensive Development Support – From Concept to Scaling
The development of a new cathode material doesn’t end in the lab. It is crucial that the material performs well in real-world processes and production environments. That’s why IBU-tec supports you throughout the entire development cycle—all the way through to pilot-scale production.
Our standard project workflow includes:
Requirements analysis and specification definition
We work with you to develop a detailed requirements profile for your cathode material—including electrochemical targets, process parameters, and scaling goals.
Laboratory development and material design
In the laboratory, we develop the appropriate material chemistry, optimize composition and structure, and evaluate different synthesis routes.
Characterization and Testing in Batteries
The developed materials are thoroughly analyzed and tested in cells to evaluate their electrochemical performance, cycle stability, and behavior under real-world load profiles.
Scaling in the pilot plant and pilot production
In the pilot plant, we translate the laboratory results into an industrially relevant manufacturing process. In this way, we lay the foundation for the reliable industrialization of your cathode material.
We see ourselves not just as a supplier, but as a development partner who guides you on the path to series production of your battery products.
3. Focus on Performance, Durability, Process Capability, and Environmental Requirements
A cathode material is always part of an overall system comprising cell chemistry, electrode design, and the production process. That is why IBU-tec considers all relevant factors during material development:
Electrochemical Performance
We optimize specific capacity, energy and power density, as well as charging and discharging behavior, with your target application in mind—whether it’s fast charging, high continuous power, or maximum range.
Durability and Cycle Stability
The cathode has a significant influence on cell aging. We analyze degradation mechanisms and develop material solutions that maintain stable capacity and efficiency over many thousands of cycles.
Processability and Compatibility
Cathode materials are required to integrate seamlessly into your existing manufacturing processes. That is why we focus on good dispersibility, reproducible slurry behavior, controllable compaction in the calender, and stable electrode properties.
Environmental and Temperature Requirements
Temperature resistance, moisture sensitivity, and environmental considerations are playing an increasingly important role. We take these factors into account early in the material development phase and support you in meeting sustainability and compliance requirements.
This results in cathode materials that not only look good “on the data sheet” but also perform reliably in real-world applications and production processes.
4. Efficiency, Cost Savings, and Resource Efficiency through optimized Materials and Processes
Customized cathode materials offer not only technical but also economic advantages. By specifically tailoring material properties to your requirements, efficiency gains can be realized throughout the entire value chain:
Optimized material efficiency
Higher active material usability, stable performance, and improved electrode structure can help reduce the amount of material used per kWh of storage capacity.
Reduced production costs
Materials that are easy to process lead to more stable coating processes, less scrap, lower rework rates, and thus lower production costs.
Saving resources and energy
Adjusted process parameters, optimized sintering and calcination conditions, and suitable particle structures can reduce energy consumption in manufacturing.
Improve overall cost-effectiveness
Longer service life, lower failure rates, and optimized manufacturing costs have a direct impact on the Total Cost of Ownership (TCO) of your battery products—a decisive competitive factor.
IBU-tec combines material development and process optimization to take your battery projects to a new level, both technologically and economically.
5. An experienced Team of Experts and well-established Infrastructure as a competitive Advantage
The development of high-performance cathode materials requires a deep understanding of materials chemistry, thermal processing technology, electrochemistry, and industrial manufacturing processes. IBU-tec brings all this expertise together under one roof.
Our contribution to your successful project:
Interdisciplinary teams
Chemists, engineers, materials scientists, and application engineers work closely together to find the optimal material solution for your target application.
Comprehensive laboratory and pilot plant infrastructure
Our laboratories are equipped with modern analysis and characterization methods; our pilot plant allows us to scale up laboratory results to industrial scale.
Proven technology and industry-relevant processes
We rely on established thermal and wet chemical processes that have proven themselves time and again in practice and can be transferred to your production environment.
Collaboration based on partnership
We not only guide you through the process until you have a functional material, but also support you with industrialization and integration into your cell manufacturing.
This makes IBU-tec a strategic partner for the development and scaling of innovative cathode materials—and thus a key component of your market success in the energy storage sector.
Conclusion: Cathode Material Development as the Key to Your Success
In an environment where technologies and markets are evolving rapidly, customized cathode materials are becoming a key differentiator. They enable higher performance, longer battery life, increased production stability, and more efficient use of resources.
With IBU-tec by your Side, you Benefit from a holistic Approach
From requirements analysis through laboratory development and cell testing to scalable production in the pilot plant. Together, we bring your battery and energy storage projects to market faster, more reliably, and more successfully—thereby laying the foundation for the energy systems of the future.
