High Refractory Ceramic Foundry Sand Powder Suppliers and Factory in China
Kaist Ceramic Foundry Sand Powder, also known as Ceramic Foundry Sand Flour, is a high-performance refractory material specifically engineered with a particle size below 0.075 mm (under 200 mesh). Designed for precision and stability, this ultra-fine powder is either separated from sintered ceramic particles or customized for specialized industrial applications beyond traditional molding and core-making, offering exceptional refractoriness and thermal stability.
Engineered to meet the rigorous demands of modern metallurgy, this ceramic powder serves as a critical component in high-end foundry coatings and advanced 3D printing processes. By combining a spherical morphology with a high melting point and low thermal expansion, it provides a superior alternative to expensive materials like zircon sand flour, ensuring high-quality casting finishes and optimized production efficiency.
Detailed Parameters
| Al₂O₃ Content | ≥53% | Fe₂O₃ Content | ＜4% |
|---|---|---|---|
| TiO₂ Content | ＜3% | SiO₂ Content | ≤37% |
| Particle Size | 200 mesh to 1000 mesh | Refractoriness | ≥1800℃ |
| Morphology | Spherical Shape | Physical Form | Fine Powder / Flour |
| Thermal Property | High Thermal Conductivity | Expansion Rate | Low Thermal Expansion |
Key Advantages
Anti-Penetration
Effectively prevents metal penetration and sand burn-on, ensuring the integrity of the casting surface.
Rapid 3D Printing
Single mesh distribution allows for high flowability, enabling complex parts to be produced in very short periods.
Superior Finish
Produces castings with an excellent surface finish, reducing the need for extensive post-processing.
Gas Defect Control
Excellent permeability and lower binder requirements minimize the risk of gas holes and defects.
Cost Optimization
Serves as a high-performance, cost-effective substitute for expensive materials like zircon sand flour.
Eco-Friendly
Environmentally sustainable composition that aligns with modern green manufacturing standards.
Product Gallery
Management Platforms
Precision Grading
Strict control over particle size from 200 to 1000 mesh for specific application needs.
Sintering Control
Optimized sintering and melting points to ensure stability under extreme heat.
Coating Versatility
Compatible with brushing, dipping, swabbing, and spraying application methods.
3D Print Readiness
Graded for "single" mesh distribution to ensure flawless powder bed flowability.
Metal Reactivity
Minimum reactivity towards a wide range of casting metals, preventing chemical defects.
Quality Assurance
Consistent chemical composition (Al₂O₃≥53%) for reliable industrial results.
Investment Return Comparison
| Comparison Metric | Zircon Sand Flour | Ceramic Sand Powder |
|---|---|---|
| Material Cost | High / Expensive | Reduced / Optimized |
| Thermal Stability | Excellent | Comparable (≥1800℃) |
| Surface Finish | High Quality | Excellent / Smooth |
| Application Speed | Standard | Accelerated (3D Ready) |
| Environmental Impact | Moderate | Eco-Friendly |
Frequently Asked Questions
The primary difference is the particle size. Ceramic Sand Powder (or flour) has a particle size less than 0.075 mm (below 200 mesh), making it ideal for coatings and 3D printing rather than general molding.
Yes, it is designed for minimum reactivity towards many different kinds of metals, making it highly adaptable for various casting applications.
Its ability to be graded into a "single" mesh distribution ensures excellent flowability, which is critical for maintaining accuracy and quality in 3D printing.
Its excellent permeability and the fact that it requires lower binder addition reduce the release of gases during the casting process, thereby preventing gas holes.
The powder is versatile and can be applied through brushing, dipping, swabbing, or spraying, depending on the complexity of the mold.
Yes, it is an effective and more economical substitute that maintains high refractoriness and provides similar or superior results in foundry coatings.
