Mica is a platy functional mineral used in brake composite formulations for its thermal stability, reinforcing characteristics, dimensional control, and barrier properties. Its lamellar structure can help improve structural stability, reduce deformation, and support consistent performance under repeated thermal and mechanical loading.
Why Mica is preferred across demanding industrial formulations.
Grade listed for Brake Composites applications.
Grade listed for Brake Composites applications.
Mica supports a broad range of industrial processes and finished-product requirements.
Our experts will guide you to the right mica solution.
Our experts will guide you to the right mica solution.
Important information about Mica, grades and applications.
Mica acts as a functional reinforcing mineral that helps improve thermal stability, dimensional control, and structural consistency.
Mica has strong thermal stability and maintains its mineral structure under elevated operating temperatures.
Yes. Its platy morphology can help improve dimensional stability within molded composite structures.
Yes. The lamellar structure can support reinforcement and improve the integrity of the composite matrix.
Yes. It can be suitable for automotive, commercial vehicle, railway, and industrial friction systems.
Particle size, aspect ratio, purity, moisture, and dispersion characteristics are key considerations.
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