Frequently asked questions

Prelithiation is an active field of battery research and process development. It is applied in laboratory and development environments, and the suitable approach depends on the material system, cell chemistry, performance target and process conditions. We work with clients to evaluate what can be achieved in a specific project rather than presenting general results.

Method selection is based on the material system, development stage, equipment environment, target performance and economic requirements. No single method is always best. We recommend discussing your specific material system so the comparison can be made against your own constraints.

Compatibility can be evaluated for graphite, silicon, composite anodes and other advanced active materials, as well as for binder and electrolyte systems. Suitability depends on the material system and process conditions and should be assessed case by case.

A preliminary dosage estimate is derived from the material and cell data and is then verified experimentally. Dosage development is part of the process work; a calculation can be discussed manually through the project form while the calculation tool is in development.

Adaptable process parameters, documented settings and process monitoring are designed to support repeatable and comparable experiments. Achievable repeatability depends on materials, equipment configuration and laboratory practice.

Equipment is configured per project, so scope and effort differ between applications. Prices are not published; a project quotation can be requested after the introductory discussion.

Integration into existing development workflows is one of the design goals of the equipment and process work. The practical integration path depends on your current equipment, atmosphere control and handling procedures.

Yes, binder and electrolyte optimisation can be included as part of the parameter development. The interaction between active material, binder and electrolyte is often central to the result and can be evaluated systematically.

Documentation and safety guidance are part of the equipment-related services, including operator and R&D-team training. Specific handling requirements depend on the selected method, materials and atmosphere conditions in your laboratory.

A feasibility phase can include a review of materials and target performance, a method comparison, a preliminary dosage calculation, initial laboratory trials and a feasibility report. Not every project includes every deliverable; scope is defined after the introductory discussion.

Laboratory development work can be structured so that later scale-up considerations are documented, for example process speed, monitoring and handling. We do not advertise pilot-line equipment at this stage.