Premium Sintered Ceramic Sand Factory High Precision Casting Suppliers in China
Kaist Sintered Ceramic Sand is a premium, high-performance foundry medium specifically engineered for the production of high-precision molds and cores. Composed of high-purity mullite crystals, this artificial sand is produced through a controlled firing process of spherical granules rather than crushing, ensuring exceptional quality stability and uniformity. It is an ideal raw material for cutting-edge sand 3D printing technologies, compatible with leading systems such as ExOne, Voxeljet, and KOCEL.
Designed for high-value casting in the automotive, oil & gas, mining, and construction industries, Kaist Ceramic Sand is essential for manufacturing complex components like cylinder blocks, hydraulic valves, pumps, and impellers. By providing superior heat resistance and a smoother surface finish, it enables foundries to achieve tighter tolerances and higher resolution in their final metal parts, regardless of whether they use traditional mold-making or advanced additive manufacturing.
Detailed Parameters
| Main Chemical Component | Al₂O₃≥53%, SiO₂≤37%, Fe₂O₃＜4%, TiO₂＜3% | Grain Shape | Spherical (Angular Coefficient ≤1.1) |
|---|---|---|---|
| Particle Size | 45μm - 2000μm (Customizable) | Refractoriness | ≥1800℃ |
| Bulk Density | 1.5-1.6 g/cm³ | Thermal Expansion | 4.5-6.5x10-6/k (RT-1200℃) |
| Mineralogical Composition | Mullite + Corundum | PH Value | 6.6-7.3 |
| L.O.I. | ＜0.1% | Acid Cost | ＜1 ml/50g |
Key Advantages
Ultra-High Heat Resistance
With a refractoriness of ≥1800℃, it ensures mold stability during the casting of high-temperature alloys and steels.
Enhanced Productivity
Significantly lighter than zircon or chromite, allowing for twice the number of molds per unit weight.
Superior Surface Finish
Spherical granules provide improved part resolution and a smoother surface, reducing post-casting machining.
3D Printing Optimized
Perfectly compatible with ExOne, Voxeljet, and KOCEL 3D printers for complex geometry creation.
Low Thermal Expansion
Minimizes dimensional distortion, ensuring high-precision accuracy for critical industrial components.
Eco-Friendly & Sustainable
Reduces waste and dust in the foundry while offering high material reclamation value.
Product Gallery
Management Platforms
Material Compatibility
Seamless integration with carbon, stainless, low-alloy steels, and aluminum metals.
Precision Control
Strict control over grain shape and spherical angular coefficient for consistent results.
Labor Optimization
Easy handling properties reduce manual labor and transfer power costs in the foundry.
Size Customization
Particle size distribution can be tailored to specific 3D printing or casting requirements.
Global Reliability
Proven performance across more than 100 foundries worldwide in various industries.
Binder Efficiency
Optimized for specific binder additions to ensure maximum strength and stability.
Investment Return Comparison
| Performance Metric | Natural/Zircon Sand | Kaist Ceramic Sand |
|---|---|---|
| Mold Output | Standard Baseline | Approx. 2x Higher per unit weight |
| Surface Quality | Rougher Texture | High Resolution / Smooth Finish |
| Thermal Stability | Moderate Expansion | Low Thermal Expansion (4.5-6.5x10-6/k) |
| Weight/Handling | Heavy / High Cost | Lightweight / Low Labor Cost |
| Environmental Impact | Higher Dust/Waste | Low Dust / High Reclamation Value |
Frequently Asked Questions
Its spherical granule shape and consistent particle size distribution allow for optimal flowability and packing density, which are critical for high-resolution 3D printing systems like ExOne and Voxeljet.
Kaist ceramic foundry sand is approximately half as light as zircon and chromite sand, enabling foundries to produce significantly more molds using the same weight of material.
It is compatible with a wide range of metals, including carbon steel, stainless steel, low-alloy steel, gray iron, ductile iron, and aluminum.
Yes, the particle size distribution can be customized according to your specific technical requirements to ensure optimal performance for your particular casting process.
The primary components are Al₂O₃ (≥53%) and SiO₂ (≤37%), with very low levels of Fe₂O₃ and TiO₂, resulting in a stable mullite and corundum composition.
Yes, it is designed to reduce dust and waste during the production process and possesses a high reclamation value, making it more sustainable than traditional sands.
