Menu

Ceramic sand
The expanded clay sand produced by our company can be classified into three density grades: high, medium, and low. It also comes in four strength levels: 52 MPa, 69 MPa, 86 MPa, and 103 MPa. The standard particle sizes are primarily 850–425 μm, 600–300 μm, 425–212 μm, and 212–106 μm.

Category:

    Ceramic sand

    • Product Description
    • Commodity name: Ceramic sand

    The expanded clay sand produced by our company can be classified into three density grades: high, medium, and low. It also comes in four strength levels: 52 MPa, 69 MPa, 86 MPa, and 103 MPa. The standard particle sizes are primarily 850–425 μm, 600–300 μm, 425–212 μm, and 212–106 μm.

    Ceramic sand specifications define the essential quality standards, physical properties, and performance requirements of ceramic sand used in foundry and industrial applications. As a high-performance molding material, ceramic sand is valued for its excellent refractoriness, thermal stability, strength, and reusability. Proper specifications ensure consistent casting quality, improved production efficiency, and reduced manufacturing costs.

    The main factors included in ceramic sand specifications are particle size distribution, grain shape, chemical composition, thermal expansion, refractoriness, and durability. Uniform particle size helps improve mold permeability and surface finish, while the spherical grain structure provides better flowability and reduces binder consumption. These characteristics make ceramic sand suitable for precision casting and complex metal components.

    Ceramic sand typically offers excellent resistance to high temperatures, thermal shock, and chemical reactions during casting processes. Its low thermal expansion helps minimize casting defects such as cracks and deformation. The high strength and wear resistance allow ceramic sand to maintain stable performance during repeated use, making it an economical and environmentally friendly foundry material.

    Different ceramic sand specifications can be customized according to casting requirements, including steel casting, iron casting, alloy casting, and precision casting applications. Manufacturers can adjust particle size, surface treatment, and material properties to meet specific production needs.

    With strict quality control and advanced processing technology, ceramic sand specifications help ensure reliable casting performance. High-quality ceramic sand improves mold stability, enhances casting accuracy, and supports efficient manufacturing processes across various industries.

Request for quotation

What’s your question? You can leave a message and contact us.