Availability: | |
---|---|
Quantity: | |
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is designed to meet the specific needs of high-performance casting applications. Produced using an advanced electrofusion granulation process, it features a smooth surface and strong performance.
Made mainly from alumina and silica, this ceramic foundry sand is ideal for high-temperature environments. It flows easily to fill molds efficiently and offers excellent resistance to abrasion, compression, and thermal shock, which helps reduce material waste and extend the lifespan of molds.
We’re committed to high-quality standards, and our ceramic foundry sand reflects that commitment, making it a reliable choice for all your casting needs.
Product Parameters
Parameter | Value |
---|---|
Product Name | High-Temperature Resistance Ceramic Foundry Sand |
Supplier | Taiyue |
Location | China |
Features | High-temperature resistance, dust-free, eco-friendly |
Applications | Resin sand, water glass sand, precision casting |
SiO₂ Content | 8-25% |
Al₂O₃ Content | >70% |
MgO, CaO Content | Customizable based on needs |
Shape | Spherical |
Material | Ceramic Foundry Sand |
Refractoriness | Superior (Refractoriness >1800°C) |
Color | Brown-Black |
Particle Shape | Perfectly round spheres |
Packaging | Customizable packaging |
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is ideal for demanding casting applications. Designed to withstand extreme temperatures over 2000°C, this ceramic sand excels in resin sand, water glass sand, and precision casting processes. Its perfectly spherical shape ensures smooth flow and efficient mold filling, while its dust-free and eco-friendly nature makes it a preferred choice for sustainable casting practices.
Specification | Value |
---|---|
Available Sizes | AFS20, 25, 30, 35, 40, 50, 60, 75, 80, 100, 125, 140, or 0.20.6mm, 0.30.7mm, 0.4~0.9mm, 0.9-1.25 mm, 1-2mm, 200 mesh, 325 mesh |
Particle Size Range | 5-320# (φ0.053-3.36mm) |
Thermal Conductivity | (1200℃) 5.27 W/M·K |
Linear Expansion Coefficient | 1200℃< 6 × 10-6/℃ |
Bulk Density | 1.9 – 2.1 g/cm³ |
This provides a detailed breakdown of the specifications for High-Temperature Resistance Ceramic Foundry Sand, showing the available sizes, particle range, thermal conductivity, expansion coefficient, and bulk density to meet a variety of casting requirements.
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is designed to meet the specific needs of high-performance casting applications. Produced using an advanced electrofusion granulation process, it features a smooth surface and strong performance.
Made mainly from alumina and silica, this ceramic foundry sand is ideal for high-temperature environments. It flows easily to fill molds efficiently and offers excellent resistance to abrasion, compression, and thermal shock, which helps reduce material waste and extend the lifespan of molds.
We’re committed to high-quality standards, and our ceramic foundry sand reflects that commitment, making it a reliable choice for all your casting needs.
Product Parameters
Parameter | Value |
---|---|
Product Name | High-Temperature Resistance Ceramic Foundry Sand |
Supplier | Taiyue |
Location | China |
Features | High-temperature resistance, dust-free, eco-friendly |
Applications | Resin sand, water glass sand, precision casting |
SiO₂ Content | 8-25% |
Al₂O₃ Content | >70% |
MgO, CaO Content | Customizable based on needs |
Shape | Spherical |
Material | Ceramic Foundry Sand |
Refractoriness | Superior (Refractoriness >1800°C) |
Color | Brown-Black |
Particle Shape | Perfectly round spheres |
Packaging | Customizable packaging |
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is ideal for demanding casting applications. Designed to withstand extreme temperatures over 2000°C, this ceramic sand excels in resin sand, water glass sand, and precision casting processes. Its perfectly spherical shape ensures smooth flow and efficient mold filling, while its dust-free and eco-friendly nature makes it a preferred choice for sustainable casting practices.
Specification | Value |
---|---|
Available Sizes | AFS20, 25, 30, 35, 40, 50, 60, 75, 80, 100, 125, 140, or 0.20.6mm, 0.30.7mm, 0.4~0.9mm, 0.9-1.25 mm, 1-2mm, 200 mesh, 325 mesh |
Particle Size Range | 5-320# (φ0.053-3.36mm) |
Thermal Conductivity | (1200℃) 5.27 W/M·K |
Linear Expansion Coefficient | 1200℃< 6 × 10-6/℃ |
Bulk Density | 1.9 – 2.1 g/cm³ |
This provides a detailed breakdown of the specifications for High-Temperature Resistance Ceramic Foundry Sand, showing the available sizes, particle range, thermal conductivity, expansion coefficient, and bulk density to meet a variety of casting requirements.
Applications of High-Temperature Resistance Ceramic Foundry Sand
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is ideal for diverse casting applications. Its thermal stability and spherical shape make it perfect for shell mold, lost foam, and sand casting, ensuring high-quality surfaces and precision. Suitable for both large steel castings and polishing copper or aluminum parts, it’s a versatile, reliable choice for the casting industry.
Shell Mold Casting
High-Temperature Resistance Ceramic Foundry Sand is an ideal choice for shell mold casting. Its high refractoriness and uniform spherical shape provide smooth and precise mold surfaces, enhancing mold durability and improving surface quality of cast products. It’s widely used for intricate parts that require detailed surface finishes.
Lost Foam Casting
In lost foam casting, the unique characteristics of ceramic foundry sand help reduce defects like sand inclusion and porosity. Its excellent flowability and low thermal expansion allow it to fill mold cavities effectively, resulting in high-precision castings with minimal deformation, especially suited for complex and delicate casting shapes.
Sand Casting
Ceramic foundry sand is frequently used in traditional sand casting. The sand’s high refractoriness and low thermal expansion reduce the occurrence of casting defects, while its spherical shape improves gas permeability and reduces binder requirements. It’s suitable for creating large, robust castings like automotive and machinery parts.
Investment Casting (Precision Casting)
In precision casting, ceramic foundry sand’s stability at high temperatures ensures dimensional accuracy and excellent surface quality. It’s highly effective for casting applications where precision and surface detail are paramount, including aerospace, medical devices, and complex machinery components.
Large Steel Castings
For large-scale cast steel parts, the ceramic foundry sand’s high-temperature resistance and low thermal expansion rate ensure stability and durability throughout the casting process. It allows for the production of heavy-duty components for industries such as construction, marine, and heavy machinery.
Sodium Silicate (Water Glass) Sand
Used as a base material for sodium silicate sand casting, ceramic foundry sand reduces the requirement for additional binders due to its low expansion and excellent bonding properties. It provides enhanced stability and strength, making it suitable for components that require high structural integrity.
Resin Sand Casting
Ceramic foundry sand is compatible with resin sand casting, providing strength and thermal stability needed for high-performance castings. Its reduced thermal expansion ensures that cast parts maintain their dimensions during cooling, reducing the risk of warping, which is particularly beneficial for precise and large castings.
Polishing and Cleaning of Copper and Aluminum Components
Ceramic foundry sand is also used in polishing and cleaning applications for copper and aluminum parts. The sand’s spherical shape and consistent size make it an excellent abrasive, removing surface contaminants without damaging the base material. It’s ideal for surface finishing, improving product appearance, and preparing metal surfaces for further processing or coating.
These applications highlight the versatility of High-Temperature Resistance Ceramic Foundry Sand, which offers stability, precision, and quality across various industries and casting techniques.
Applications of High-Temperature Resistance Ceramic Foundry Sand
Taiyue’s High-Temperature Resistance Ceramic Foundry Sand is ideal for diverse casting applications. Its thermal stability and spherical shape make it perfect for shell mold, lost foam, and sand casting, ensuring high-quality surfaces and precision. Suitable for both large steel castings and polishing copper or aluminum parts, it’s a versatile, reliable choice for the casting industry.
Shell Mold Casting
High-Temperature Resistance Ceramic Foundry Sand is an ideal choice for shell mold casting. Its high refractoriness and uniform spherical shape provide smooth and precise mold surfaces, enhancing mold durability and improving surface quality of cast products. It’s widely used for intricate parts that require detailed surface finishes.
Lost Foam Casting
In lost foam casting, the unique characteristics of ceramic foundry sand help reduce defects like sand inclusion and porosity. Its excellent flowability and low thermal expansion allow it to fill mold cavities effectively, resulting in high-precision castings with minimal deformation, especially suited for complex and delicate casting shapes.
Sand Casting
Ceramic foundry sand is frequently used in traditional sand casting. The sand’s high refractoriness and low thermal expansion reduce the occurrence of casting defects, while its spherical shape improves gas permeability and reduces binder requirements. It’s suitable for creating large, robust castings like automotive and machinery parts.
Investment Casting (Precision Casting)
In precision casting, ceramic foundry sand’s stability at high temperatures ensures dimensional accuracy and excellent surface quality. It’s highly effective for casting applications where precision and surface detail are paramount, including aerospace, medical devices, and complex machinery components.
Large Steel Castings
For large-scale cast steel parts, the ceramic foundry sand’s high-temperature resistance and low thermal expansion rate ensure stability and durability throughout the casting process. It allows for the production of heavy-duty components for industries such as construction, marine, and heavy machinery.
Sodium Silicate (Water Glass) Sand
Used as a base material for sodium silicate sand casting, ceramic foundry sand reduces the requirement for additional binders due to its low expansion and excellent bonding properties. It provides enhanced stability and strength, making it suitable for components that require high structural integrity.
Resin Sand Casting
Ceramic foundry sand is compatible with resin sand casting, providing strength and thermal stability needed for high-performance castings. Its reduced thermal expansion ensures that cast parts maintain their dimensions during cooling, reducing the risk of warping, which is particularly beneficial for precise and large castings.
Polishing and Cleaning of Copper and Aluminum Components
Ceramic foundry sand is also used in polishing and cleaning applications for copper and aluminum parts. The sand’s spherical shape and consistent size make it an excellent abrasive, removing surface contaminants without damaging the base material. It’s ideal for surface finishing, improving product appearance, and preparing metal surfaces for further processing or coating.
These applications highlight the versatility of High-Temperature Resistance Ceramic Foundry Sand, which offers stability, precision, and quality across various industries and casting techniques.