Product Features
1. Exhibit unparalleled chemical stability, a remarkable low thermal expansion coefficient, and impressive high thermal conductivity. Designed to withstand extreme temperatures.
Providing a unique advantage with characteristics that are distinct from traditional metals.
2. Boasting extraordinary hardness, with a Mohs hardness rating of 9.5, making it the premier choice for wear-resistant applications.
3. Excels in resistance to wear, high temperatures, and corrosive environments, including both acidic and alkaline solvents.
4. Features commendable toughness, leading-edge grinding performance, plus outstanding electrical and thermal conductivity.
Products Application
Silicon carbide, often referred to as "corundum", possesses 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. Silicon carbide is renowned for its high hardness, exceptional strength, robust toughness, superior chemical stability, and impressive corrosion resistance.
Exceptional high-temperature resistance, impact resistance, and optimal thermal performance, also serving as a reliable semiconductor material.
Silicon carbide is an incredibly versatile material with ongoing developments in new technology fields, paving the way for novel applications.
Currently, its primary uses include the following sectors:
1. Electronics, ceramic materials, semiconductor industry.
2. Abrasives industry for grinding and polishing solutions.
3. Refractory materials sector.
4. Vital role in metallurgy, casting, and as a deoxidizer.
Products Characteristics
- Exhibits high density properties.
Engineered with Bamac technology and integrated with a plastic surgery machine for cyclic shaping, achieving a maximum loose density of 1.65 grams/m³.
- Features a high particle size group.
Crafted through advanced multi-level mechanized grading and screening techniques.
- Ensures precise size uniformity.
Incorporates an intelligent mixing system paired with an intelligent packaging system, maintaining particle size errors within 10 grams for identical products.
- Low iron content is a hallmark.
Achieved through the selection of premium raw materials and stringent control over production lines.
- Maintains low carbon attributes.
Achieved by implementing a closed system of dust removal throughout the entire production process, ensuring free carbon levels exceed the national standard by over 10%.
- Exceptionally low magnetic properties.
Attained through the use of a three-roll high-strength magnetic separation process.
Qinyuan Fuda New Materials stands as a leader with a formidable 2000-ton production capacity, excelling in zirconium series ceramic materials. Our diverse product suite includes sandblasted ceramic beads, zirconia microbeads, high-purity zirconia beads, and zirconium aluminum composite beads, all engineered to exceed industry expectations, meeting your varied needs.
Our comprehensive portfolio covers glass beads, zirconia powders, and stabilized zircon products. In partnership with prominent domestic enterprises, we are trailblazing advancements in basalt fiber filaments and associated technologies, setting new benchmarks for material innovation.
Fuda New Materials positions itself as a frontrunner, offering an extensive range of premium zirconium series products and innovative basalt fiber filaments. Our solutions serve critical industries such as sandblasting, grinding, construction, and aerospace, ensuring unmatched quality for both local and global clients.
Our steadfast commitment to excellence ensures that clients receive unparalleled material quality, cementing our reputation as a globally trusted partner.
We consistently reaffirm our dedication to providing unmatched product excellence, guaranteeing that our clients around the world receive nothing less than the best.
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Product Features
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