Leading the non-metallic mineral sector with high-purity muscovite for thermal stability and electrical resistivity.
Our state-of-the-art processing of muscovite ensures unmatched purity and structural integrity for high-voltage and high-temperature environments.
We utilize advanced separation technology to remove impurities, maximizing the dielectric strength of the mica.
Designed to withstand extreme temperature fluctuations without degrading, ideal for aerospace and furnace liners.
Whether you need flakes, powder, or sheets, our muscovite is tailored to your spec.
Strict laser diffraction analysis ensures every batch meets precise granulation requirements.
Sustainable mining and processing techniques that minimize environmental footprints.
Optimized supply chain ensuring just-in-time delivery to any industrial hub worldwide.
| Material Grade | Al2O3 Content (%) | Fe2O3 Content (%) | Avg Particle Size | Dielectric Constant | Melting Point |
|---|---|---|---|---|---|
| Muscovite-Ultra Pure | 10.2% | < 0.1% | 45μm | 6.5 | 850°C |
| Muscovite-Grade A | 10.5% | < 0.5% | 120μm | 6.2 | 820°C |
| Muscovite-Industrial | 11.1% | < 1.2% | 250μm | 5.8 | 790°C |
| Muscovite-Fine Powder | 10.3% | < 0.3% | 15μm | 6.7 | 840°C |
| Muscovite-Flake-X1 | 10.8% | < 0.8% | 500μm | 6.0 | 810°C |
| Muscovite-HeatResist | 10.1% | < 0.2% | 100μm | 6.9 | 870°C |
| Muscovite-ElectroGrade | 10.4% | < 0.1% | 60μm | 7.1 | 830°C |
| Muscovite-Coating-P | 11.0% | < 1.0% | 20μm | 5.5 | 800°C |
Implemented high-purity muscovite powder to prevent thermal runaway in energy storage systems.
Custom muscovite flakes used in aerospace heat shields to ensure stability at Mach 2+ temperatures.
Utilized ultra-thin muscovite sheets to reduce leakage current in high-voltage transformers.
Integration of muscovite-based ceramics to extend furnace liner life by 40%.
Supplying high-transparency muscovite to global luxury brands for pearlescent effects.
Deployment of mica-reinforced seals for deep-well drilling under extreme pressure.
Critical for capacitors, resistors, and high-voltage insulators due to high dielectric strength.
Provides lightweight, high-temperature protection for engine components and fuselage linings.
Acts as a reinforcing agent in high-temperature ceramics for enhanced structural stability.
Used in friction materials to improve wear resistance and maintain performance at high heat.
Adds luster and enhances the barrier properties of industrial anti-corrosion coatings.
Ensures airtight and watertight seals in extreme environments like deep-sea pipelines.
Our quality management system ensures every single batch is traceable and consistent.
All shipments can be verified by SGS to ensure chemical composition and grain size specs.
Our minerals are free from hazardous substances, making them safe for global export and consumer electronics.
Muscovite offers exceptional electrical resistivity and thermal stability, ensuring it does not conduct electricity even at extreme temperatures.
We employ multi-stage air classification and laser diffraction testing to guarantee that the grain size distribution meets customer specifications.
Yes, we can provide surface-treated muscovite to enhance compatibility with various resins and polymers for chemical-resistant coatings.
We typically deliver tailored samples within 7 days to ensure your R&D cycle remains uninterrupted.
Absolutely. All our non-metallic minerals undergo rigorous testing to meet REACH and RoHS standards for the EU market.
We utilize a network of strategic shipping partners and customized moisture-proof packaging to ensure safe, timely arrival at any port.
Partner with a global leader in non-metallic mineral manufacturing for unmatched purity and industrial reliability.