-
Search
Leading the frontier of non-metallic mineral processing with high-transparency, heat-resistant, and dielectric excellence for industrial innovation.
Beyond basic insulation, our technical advantage lies in precision thickness control and superior dielectric strength. This allows our clear mica to perform reliably in extreme environments, providing the critical balance of lightness, strength, and heat resistance required for modern aerospace and electronic applications.
Our commitment to quality is built upon rigorous material science, precision processing, and strict tolerance management.
Quantifying the superior properties of our mica products compared to traditional insulators.
Engineered to the highest tolerances,
our mica ensures consistent performance across all grades.
| Light Transmission | Dielectric Strength | Max Temperature | Thickness Range | Primary Use Case | |
|---|---|---|---|---|---|
| Ultra-Clear A1 | 99.2% | 150 kV/mm | 1000°C | 0.01-0.05mm | Optical Sensors |
| Standard Optical B2 | 97.5% | 130 kV/mm | 900°C | 0.05-0.20mm | HV Capacitors |
| Industrial Grade C3 | 95.0% | 110 kV/mm | 800°C | 0.20-1.00mm | Thermal Shields |
| Reinforced D4 | 92.0% | 100 kV/mm | 850°C | 1.00-3.00mm | Heavy Insulation |
| High-Temp E5 | 90.0% | 90 kV/mm | 1100°C | 0.10-0.50mm | Furnace Windows |
| Optical Grade F6 | 98.8% | 140 kV/mm | 950°C | 0.02-0.10mm | Laser Optics |
| Compact G7 | 94.0% | 105 kV/mm | 820°C | 0.05-0.30mm | Micro-Electronics |
| Custom H8 | Custom | Up to 160 | Custom | User Defined | Specialist R&D |
Note: All technical values are based on standard laboratory testing. Custom specifications can be tailored to meet specific project requirements upon request.
Real-world applications where our clear mica solved critical insulation and transparency challenges.
Implemented Ultra-Clear A1 for heat shielding in high-velocity airflows, reducing weight by 15%.
Used B2 grade mica for high-voltage capacitors, eliminating dielectric breakdown issues.
Deployed F6 grade mica for laser-grade optical windows, achieving zero diffraction at peak intensity.
Utilized G7 grade for micro-surgical tools, providing dielectric safety in humid environments.
Used E5 High-Temp mica for furnace windows, maintaining visibility at 1100°C.
Integrated C3 grade mica for satellite antenna components, reducing signal interference by 12%.
Our mica solutions are tailored for environments where extreme heat and electrical isolation are non-negotiable.
Heat shielding for jet turbines and spacecraft telemetry insulation.
High-voltage capacitor separators and transformer insulators.
Ultra-clear windows for laser beams and high-precision sensors.
Electrosurgical tool insulation for critical safety in operating rooms.
Ultra-lightweight isolators for orbital communication arrays.
Transparent furnace windows for process monitoring at 1000°C+.
Each sheet undergoes high-voltage breakdown testing to ensure 100% insulation reliability in extreme fields.
We use automated laser scanning to detect microscopic impurities, ensuring flawless light transmission.
Every single shipment is accompanied by a detailed COA (Certificate of Analysis) for complete project accountability.
Certified globally for industrial non-metallic mineral excellence and ethical sourcing.
Expert answers to common technical and commercial inquiries.
Partner with the experts in non-metallic mineral fabrication to achieve the perfect balance of optical clarity and extreme insulation.
.png "About")