Sales and processing of graphite and industrial minerals.
Creating cost-effective solutions that bridge the gap between raw material producers and industrial customers
Indelics UG is a specialized consulting and business development company focused on the sales, processing of graphite and industrial minerals.
Our work bridges the gap between raw material producers and industrial customers by creating cost-effective solution.
No matter how difficult the task is – we eager to provide solution navigating through complex technical and commercial issues.
Indelics UG combines deep industry and technology knowledge with hands-on international sales experience.
Our approach is pragmatic, data-driven, and aligned with the realities of industrial procurement and qualification processes.
Our interaction is based on flexibility, quick feedback and reliability.
Indelics UG operates with independence, discretion, and a strong focus on measurable results. We are perfect partners for researchers and developers of sophisticated formulations in world of refractories, lubricants, friction and conductive products. We provide to our collaborators clarity, efficiency, and versatility in technically demanding tasks.
Our values
transparency, efficiency, and versatility in technically demanding tasks
ABOUT MECHANICAL ACTIVATION
Mechanical activation with high-energy is used to modify materials beyond particle size eduction. Depending on the mineral system, activation can introduce structural defects, increase surface activity, and alter particle morphology. These effects are assessed individually for each material, as activation response and performance gain differ significantly between material types.
The objective is controlled activation, aligned with downstream processing and application requirements.
Upgrading Recycled and Secondary Materials
Recycled and secondary raw materials often exhibit variability in particle size, morphology, and surface condition. Mechanical activation enables functional upgrading by:
• breaking down agglomerates and exposing fresh reactive surfaces,
• reducing the impact of feedstock variability,
• restoring or improving performance-critical properties.
• improve interfacial interaction with binders and matrices,
• enhance sintering behavior and phase reactivity – lowering sintering temperatures
• support improved dispersion and homogeneity
This approach allows recycled materials to be used in technically demanding refractory and industrial applications, rather than being limited to downcycling.
Application-Oriented Evaluation
Activation parameters are defined based on material-specific response and application-relevant performance targets. Evaluation includes:
• selection of activation intensity and residence time,
• assessment of energy input versus functional benefit,
• alignment with customer qualification and testing requirements.
Mechanical activation is thus applied as a precise material engineering tool, not as a generic processing step.
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