1. Low Melting Point Glass Powder (D Series / FD Series)
Advantages:
High Purity and Fine Particle Size: Meets the strict requirements of semiconductor electronic ceramics for high chemical purity and fine particle size.
Wide Melting Temperature Range: The D series offers a melting temperature range spanning 330°C to 1300°C, providing great flexibility for different ceramic bonding and sintering processes.
Excellent Thermal and Chemical Stability: It is resistant to high temperatures and chemical corrosion, ensuring the long-term reliability of the electronic ceramic components.
Elastic Expansion Coefficient: It can perfectly match the expansion coefficient of the ceramic substrate, ensuring the strength of the sintered material and the air tightness of the sealed product.
2. Electronic Encapsulation Paste (F Series)
Advantages:
High Insulation and Dielectric Strength: Provides excellent insulation and can withstand high voltages. For example, F800 can achieve a dielectric breakdown strength of 20 kV at 75-80μm thickness.
High Temperature and Chemical Resistance: The coating is resistant to high temperatures, oxidation, and acids/alkalis after high-temperature melting.
Strong Adhesion: It forms a dense and stable inorganic glass-state layer on metal, glass, and ceramic substrates, offering excellent bonding.
Versatile Application: Suitable for structural sealing of electronic ceramics, glass, and metals.
3. Ultra-fine Glass Powder (e.g., for high-end applications)
Advantages:
Excellent Dispersion: Due to its ultra-fine particle size and high surface activity, it can react more readily with organic compounds, improving the overall performance of composite materials.
Low Processing Temperature: Requires lower melting temperatures to mix and react with other materials, which is beneficial in certain applications.
4. Subtitanium Powder (e.g., T Series)
Advantages:
High Performance at Lower Cost: Can partially replace expensive materials like titanium dioxide (TiO₂) in ceramic glazes and fillers without sacrificing whiteness or performance.
High Purity and Fineness: Provides excellent whiteness and chemical stability.
