Product Features
1. Unmatched chemical stability with a low thermal expansion coefficient, remarkable thermal conductivity, and outstanding resistance to high temperatures,
boasting characteristics that stand in contrast to conventional metals;
2. Exhibiting exceptional hardness, with a Mohs hardness rating of 9.5, it stands as the preeminent material for wear-resistant applications.
3. Enduring wear resistance, resilience to high temperatures, and invulnerability to corrosion, acids, and alkali solvents;
4. With superb toughness, this material offers extraordinary grinding capabilities and impressive electrical and thermal conductivity.
Products Application
Silicon carbide, recognized as 'corundum', features a Mohs hardness of 9.2-9.8 and a density range of 3.06-3.20 g/cm³. Its melting point is approximately 2700°C. This material is celebrated for its high hardness, formidable strength, excellent toughness, and superb chemical stability, as well as its resistance to corrosion.
It withstands high temperatures, impacts, boasts commendable thermal performance, and has semiconductor properties,
making silicon carbide a highly versatile material in cutting-edge technological advancements and applications.
Currently, it is predominantly utilized in the following domains:
1. Electronics, ceramic materials, semiconductors
2. Abrasives, grinding, and polishing
3. Refractory materials
4. Metallurgy, casting, and as a deoxidizer
Products Characteristics
- High density
Engineered through the integration of a plastic surgery machine for cyclic shaping, achieving a maximum loose density of 1.65 grams per cubic meter.
- High particle size uniformity
Achieved through multi-level mechanized grading and screening processes.
- Remarkable size uniformity
Facilitated by an intelligent mixing system coupled with an advanced intelligent packaging system, maintaining particle size error within 10 grams for the same product.
- Low iron content
Ensured by the selection of top-quality raw materials and rigorous control over production lines.
- Low carbon content
Achieved through the implementation of a closed system for dust removal throughout the production process, reducing free carbon by over 10% compared to national standards.
- Low magnetic properties
Achieved by utilizing a high-strength magnetic separation process involving three-roll separation.
With a remarkable production capacity of 2000 tons, Qinyuan Fuda New Materials stands as the leader in zirconium series ceramic materials production. Our extensive product line, featuring sandblasted ceramic beads, zirconia microbeads, high-purity zirconia beads, and zirconium aluminum composite beads, is meticulously crafted to exceed industry standards and fulfill diverse requirements.
Our comprehensive range of offerings includes glass beads, zirconia powders, and stabilized zircon products. In partnership with leading domestic enterprises, we spearhead advancements in basalt fiber filaments and related technologies, paving the way for future material innovations.
Fuda New Materials distinguishes itself as a leader, offering a vast array of premium zirconium series products and pioneering basalt fiber filaments. We cater to crucial industries such as sandblasting, grinding, construction, and aerospace, ensuring unmatched quality for both domestic and international clients.
Our unwavering dedication to excellence ensures that clients receive materials of unparalleled quality, solidifying our reputation as a globally trusted partner.
We are steadfast in our commitment to providing unmatched product quality, guaranteeing that our global clients receive nothing but the best.
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Product Features
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