Product Features
1. Unleashing extraordinary performance: Dive into an era of unmatched chemical stability and a remarkably low thermal expansion coefficient with our advanced product. Revel in its unparalleled thermal conductivity and steadfast resistance to extreme temperatures, setting a new benchmark for resilience.
characteristics opposite to metals;
2. Featuring a Mohs hardness of 9.5, this product stands as the pinnacle of wear-resistant additives in the industry, promising uncompromised hardness and longevity.
3. Offering ultimate protection against wear, high temperatures, and corrosive challenges, our product showcases supreme resistance to both acidic and alkaline solvents, crafted meticulously for outstanding durability.
4. With remarkable toughness, exceptional grinding capabilities, and impressive electrical and thermal conductivity, this product redefines excellence and sets a new industry standard.
Products Application
Silicon carbide, acclaimed as 'corundum', features a Mohs hardness from 9.2-9.8 and a density of 3.06-3.20 g/cm³. Melting around 2700°C, it boasts exceptional hardness, strength, and toughness, coupled with superb chemical stability and corrosion resistance.
Its resilience at high temperatures, impact resistance, and stellar thermal performance render it an invaluable semiconductor material.
Silicon carbide's versatility is unparalleled, continually pioneering new horizons across advanced technologies.
Currently, its primary applications include:
1. Integral to electronics, ceramics, and the semiconductor industry.
2. A pivotal component in abrasives, driving precision in grinding and polishing.
3. Indispensable in refractory materials, offering unmatched durability.
4. Crucial in metallurgy, casting, and as an efficient deoxidizing agent.
Products Characteristics
- High density
Achieving unparalleled excellence with Bamac, combined with a groundbreaking plastic surgery machine for revolutionary cyclic shaping, reaching a peak loose density of 1.65 grams/m³.
- High particle size group
Meticulously crafted through a multi-tiered mechanized grading and screening process, ensuring precision.
- High size uniformity
Our state-of-the-art intelligent mixing system, complemented by cutting-edge packaging technology, ensures a particle size variance of under 10 grams per product, promising consistent quality.
- Low iron
With premium raw materials and stringent production line control, we uphold uncompromising quality standards.
- Low carbon
Using a cutting-edge closed system dust removal process throughout production, we achieve a free carbon content over 10% lower than national benchmarks.
- Low magnetic
Harnessing high-tech three-roll high-strength magnetic separation technology, our processes are second to none.

With an exceptional production capacity of 2000 tons, Qinyuan Fuda New Materials leads the charge in zirconium series ceramic materials. Our diversified range, including sandblasted ceramic beads, zirconia microbeads, high-purity zirconia beads, and zirconium aluminum composite beads, is crafted to exceed industry expectations and meet your diverse requirements.
Our expansive selection encompasses glass beads, zirconia powders, and stabilized zircon products. By partnering with leading domestic enterprises, we spearhead innovations in basalt fiber filaments and advanced technology solutions, propelling the future of material innovation.
Fuda New Materials stands as a beacon of leadership, offering an extensive array of superior zirconium series products and pioneering basalt fiber filaments. Our solutions serve pivotal industries such as sandblasting, grinding, construction, and aerospace, delivering unmatched quality to both domestic and international markets.
Our steadfast commitment to excellence guarantees that clients worldwide receive unparalleled material quality, reinforcing our reputation as a globally trusted partner.
With unwavering dedication, we consistently uphold our promise to deliver unmatched product excellence, ensuring that our esteemed clients across the globe experience only the highest standards of quality and performance.
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