Product Features
1. Superior chemical stability ensures long-lasting durability, paired with a low thermal expansion coefficient for enhanced structure. High thermal conductivity and outstanding resistance to extreme temperatures set this product apart.
Characteristics that stand in stark contrast to conventional metals, showcasing unique advantages.
2. Exceptionally hard with a Mohs hardness of 9.5, positioning it as the premier wear-resistant additive material.
3. Impressive wear resistance, coupled with resilience to high temperatures and corrosive, acidic, and alkaline environments.
4. Boasts excellent toughness, remarkable grinding efficiency, and superior electrical and thermal conductivity.
Products Application
Silicon carbide, often referred to as "corundum," possesses a Mohs hardness between 9.2 and 9.8 and a density ranging from 3.06 to 3.20 g/cm³. With a melting point around 2700°C, it presents a formidable profile with high hardness, strength, toughness, chemical stability, and corrosion resistance.
Offering resistance to high temperatures, impacts, and maintaining superior thermal performance, silicon carbide also serves as a semiconductor.
Among its many uses, silicon carbide is a remarkably versatile material, with innovative applications emerging in the realm of new technologies.
Currently, it is predominantly employed in the following sectors:
1. Electronics, ceramic materials, and semiconductors.
2. Abrasives used in grinding and polishing applications.
3. Refractory materials to withstand high temperatures.
4. Metallurgy and casting, serving as a deoxidizing agent.
Products Characteristics
- Exhibits high density
Utilizing Bamac technology in conjunction with a plastic surgery machine for cyclic shaping, achieving a maximum loose density of 1.65 grams/m³.
- Features a high particle size distribution
Crafted through a meticulous multi-level mechanized grading and screening process.
- Ensures high size uniformity
Implemented with an intelligent mixing and packaging system, maintaining a particle size error within 10 grams for consistent product quality.
- Characterized by low iron content
Achieved by selecting superior raw materials and enforcing stringent production line controls.
- Boasts low carbon levels
Through a closed system dust removal process encompassing the entire production, free carbon is reduced by more than 10% below national standards.
- Low magnetic properties
Achieved by utilizing a three-roll high-strength magnetic separator.
With a remarkable production capacity of 2000 tons, Qinyuan Fuda New Materials stands at the forefront of zirconium series ceramic materials production. Our diverse product portfolio includes sandblasted ceramic beads, zirconia microbeads, high-purity zirconia beads, and zirconium aluminum composite beads, each meticulously engineered to meet and exceed industry benchmarks, accommodating a wide array of requirements.
Our extensive selection encompasses glass beads, zirconia powders, and stabilized zircon products. In partnership with leading domestic enterprises, we are spearheading advancements in basalt fiber filaments and associated technologies, setting new paradigms in material innovation.
Fuda New Materials positions itself as an industry leader, offering a vast array of premium zirconium series products and pioneering basalt fiber filaments. Our solutions serve essential sectors like sandblasting, grinding, construction, and aerospace, guaranteeing unrivaled quality for our global clientele.
Our resolute commitment to excellence ensures that clients receive unparalleled material quality, cementing our reputation as a globally trusted partner.
We steadfastly maintain our pledge to deliver unmatched product excellence, ensuring our worldwide clientele receives only the finest.
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Product Features
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