The ceramic body is the semi-finished state of ceramic products before sintering, serving as the core foundational form in the ceramic manufacturing process. It typically exhibits the natural color of the raw materials and lacks the density, hardness, and gloss of finished ceramic products. Through subsequent drying, glazing, and high-temperature sintering, the body undergoes physical and chemical transformations, ultimately resulting in a hard, dense finished ceramic product.

Glaze is a vitreous coating material applied to the surface of a ceramic body, serving as one of the core materials in ceramic production for achieving decorative effects and performance enhancement. Through high-temperature sintering, it bonds with the body to form a continuous, dense thin film, endowing ceramic products with unique aesthetics and functionality.

Refractory materials are essential for high-temperature environments, characterized by their resistance to extreme heat, thermal shock, corrosion, and volume stability. They maintain structural integrity under rapid temperature changes and corrosion from molten substances, making them widely used in kiln linings, metallurgy, and high-temperature equipment in the construction materials industry.

Metal oxides are core functional materials in the ceramic production process, playing critical roles throughout the entire manufacturing cycle. They can serve as primary raw materials to form the main structure of technical ceramics, determining fundamental properties such as strength and high-temperature resistance. Additionally, they act as additives to regulate color and impart functional characteristics, such as improved crack resistance. As key enablers, metal oxides support both the aesthetic enhancement of traditional ceramics and the functionalization of advanced ceramics.

Rare earth materials are hailed as "industrial vitamins" for their transformative role in ceramic applications. They enhance ceramic aesthetics by delivering vibrant and durable coloration that resists fading. Mechanically, they reinforce structural integrity, significantly improving fracture resistance in daily-use tableware and elevating the thermal tolerance of industrial high-temperature ceramics. Additionally, rare earth additives impart antibacterial properties and promote ultra-smooth surfaces for easy cleaning. These multifunctional benefits make them indispensable in the production of tiles, dinnerware, and critical high-temperature ceramic components.

Pigments (Colorants) are widely used in ceramic glazes and body coloration, as well as in surface decoration techniques such as hand-painting, decal application, and screen printing to create patterns and enhance the artistic value of ceramics. Certain pigments (e.g., chromium oxide, tin oxide) can alter glaze colors through fluxing effects during firing. Others modify the physical properties of glazes: for example, aluminum oxide increases high-temperature viscosity and wear resistance, while magnesium oxide prevents crazing and enhances whiteness.

Riyusheng focuses on providing one-stop raw material solutions for domestic and foreign ceramic enterprises! More products include gypsum, citric acid, alumina balls, ceramic rollers, pentahydrate sodium silicate, zero hydrate sodium silicate, strontium silicate, etc.