Since 1997, our expertise lies in producing top-tier water-ground muscovite mica, extensively employed in various industries due to its exceptional properties. In brake pads and friction materials, muscovite mica offers significant advantages:
- Heat Resistance: Withstanding extreme temperatures up to 1100°C, it excels in brake pads, enduring the high heat generated during braking.
- Abrasion Resistance: Its durability against wear ensures prolonged brake pad lifespan amid constant friction.
- Noise Reduction: The unique structure dampens noise and vibrations during braking, promising a quieter driving experience.
- Performance Enhancement: Integrating muscovite mica elevates braking systems, offering improved stopping power, shorter distances, and heightened durability.
- Eco-Friendly Choice: Being a natural mineral, it presents an environmentally conscious alternative to synthetic brake pad materials.
Moreover, muscovite mica's utility extends to various other sectors:
- High-Temperature Grease: Its remarkable heat resistance, lubricating properties, corrosion resistance, electrical insulation, and non-toxic nature make it an ideal additive for high-temperature grease, ensuring optimal performance and equipment longevity.
- Coatings: Utilized in anti-corrosion, thermal barrier, UV-resistant, and water-resistant coatings, muscovite mica reinforces barriers, enhances thermal stability, protects against UV radiation, and repels moisture, bolstering the coatings' durability and performance.
- Polypropylene Moulding: As a filler, it improves mechanical properties, reduces shrinkage, enhances heat resistance, diminishes warpage and deformation, and refines surface finish in polypropylene moulding applications.
- Fertilizers and Bio-Culture: The potassium, phosphates, and silica in muscovite mica serve as a natural source of minerals, fostering bio-culture development without harmful chemicals, making it an excellent base for bio-culture development in the agricultural sector.
Muscovite mica's versatile applications and remarkable properties consistently contribute to enhancing various industries' performance, durability, and environmental sustainability.