Low Melting Point Glass Powder Used In Ceramics

Application Scenarios

Characteristics of low melting point glass powder used in ceramics

Low-temperature ceramic products (daily-use ceramics, art ceramics)

Reduces sintering temperature, cuts energy consumption and firing cycle, and lowers production costs.

Sealed parts of ceramics with metals/glass

Forms a liquid phase at a relatively low temperature to promote sintering densification and avoid high-temperature damage to substrate performance.

Ceramic floor tiles, wear-resistant ceramic coatings

Fills gaps between ceramic crystals, reduces porosity, and improves flexural strength and wear resistance.

Chemical ceramic pipes, acid-resistant ceramic tiles

Forms a dense glassy structure, blocks erosion from acid-alkali and other media, and enhances chemical corrosion resistance.

Underglaze color porcelain, art glazed pottery

Serves as the main component of glazes; after melting, it forms a smooth glaze layer to improve the gloss and light transmittance of the ceramic surface.

Tang Sancai (tri-colored glazed pottery of the Tang Dynasty), overglaze color decorations

Provides a uniform carrier for colorants, helps pigments disperse evenly, and enhances color vividness.

Antique bricks, Tianmu-glazed ceramics

Creates special textures such as matte glaze, crystalline glaze, and crackle glaze by adding low melting point glass powder of different particle sizes.

Electronic ceramic substrates, capacitor casings

Optimizes the microstructure and improves dielectric constant and insulation performance.

Electronic ceramic atomizing cores

Features low sintering temperature, high mechanical strength, resistance to pulverization, dense structure, good anti-collapse performance, and corrosion resistance.

Bioceramic medical implants

Possesses bioactivity and promotes the growth and repair of osteocytes.