Exquisite Product Features
1. Exhibiting unparalleled chemical stability, minimal thermal expansion, and exceptional thermal conductivity, our product withstands high temperatures with absolute grace.
These characteristics starkly contrast with those of metals;
2. Boasting a remarkable Mohs hardness of 9.5, it stands as the premier wear-resistant additive material.
3. Notably wear-resistant and impervious to extreme temperatures, it triumphs over corrosion and withstands both acidic and alkaline solvents.
4. Showcasing impressive toughness, it delivers superior grinding performance and exhibits excellent electrical and thermal conductivity.
Diverse Product Applications
Silicon carbide, revered as "corundum," boasts a Mohs hardness of 9.2-9.8 and a density range of 3.06-3.20 g/cm³. It melts at approximately 2700°C. Notable for its high hardness, strength, and toughness, it excels in chemical stability and corrosion resistance.
It withstands high temperatures, resists impacts, and offers superior thermal performance while functioning as a reliable semiconductor.
Silicon carbide stands as a versatile material, continuously discovering new applications within emerging technologies.
Currently, it is predominantly utilized in the following sectors:
1. Electronic products and ceramic materials, as well as semiconductors.
2. Used in abrasives for grinding and polishing.
3. Vital for refractory materials.
4. Essential in metallurgy, casting, and as a deoxidizer.
Outstanding Product Characteristics
- Exceptional high density
Crafted through a Barmac combined plastic surgery machine, achieving cyclic shaping with a maximum loose density of 1.65 g/m³.
- Remarkable particle size precision
Achieved through a rigorous multi-level mechanized grading and screening process.
- Impeccable size uniformity
Enabled by an intelligent mixing system paired with an advanced intelligent packaging system, ensuring particle size errors remain within 10 grams for identical products.
- Minimal iron content
Attained through the selection of premium raw materials and meticulous production line control.
- Low carbon footprint
Maintained through a closed system dust removal process across production, reducing free carbon by more than 10% below national standards.
- Negligible magnetic interference
Achieved through advanced three-roll high-strength magnetic separation techniques.

With a formidable production capacity of 2000 tons, Qinyuan Fuda New Materials leads in the zirconium series ceramic materials sphere. Our diverse lineup includes sandblasted ceramic beads, zirconia microbeads, high-purity zirconia beads, and zirconium aluminum composite beads, all engineered to excel beyond industry norms and fulfill your varied requirements.
Our extensive product range features glass beads, zirconia powders, and stabilized zircon offerings. In collaboration with top domestic enterprises, we are at the forefront of innovations in basalt fiber filaments and associated technologies, shaping the future of material science.
Fuda New Materials champions a wide array of premium zirconium series products and cutting-edge basalt fiber filaments. Our solutions cater to critical industries like sandblasting, grinding, construction, and aerospace, ensuring unmatched quality for both domestic and global clients.
Our steadfast dedication to excellence guarantees that clients receive unparalleled material quality, reinforcing our reputation as a globally trusted partner.
We unwaveringly commit to delivering peerless product excellence, ensuring our global clients receive nothing short of the best.
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