Glass & Ceramic Chemicals
Titanium dioxide 98.5% is exported to Vietnam, Brazil, Spain, Egypt and other markets in large quantities for the production of titanium frits. With the change of production process and market demand, titanium dioxide 85% is gradually getting popular. When the price of titanium dioxide 98.5% is high, the non-standard product has obvious price advantage, which can effectively reduce the production cost. Titanium dioxide GC-A101 has strong covering power, can be used in the production of ceramic base glaze, effectively cover the defects on the tiles.
CAS No. | 13463-67-7 |
Molecular Formula | TiO₂ |
HS code |
28230000
|
Appearance | White powder |
TiO2 content | 98 % Min |
Colour(To sample) | Not Lower |
Tinting strength | 100 Min |
Volatile matter at 105℃ | 0.5 % Max |
Matter soluble in water | 0.6 % Max |
PH of aqueous suspension | 6.5 – 8.0 |
Oil absorption g/ 100g | 25 Max |
Residue on 45μm sieve | 0.1% Max |
TiO2 | 98.5% Min |
S | 0.06% Max |
Fe2O3 | 0.05% Max |
P | 1% Max |
Residue on 320 mesh sieve (45μm ) | 0.5% Max |
TiO2 | 85.00% Min |
TFe | 1.50% Max |
Sodium carbonate serves as a neutralizing agent, allowing for the adjustment of the pH levels in glazes and ceramic bodies. It helps stabilize glaze colors and ensures the chemical stability of ceramic products.
Sodium carbonate can enhance the formation of ceramic bodies, improving their plasticity and formability, making it easier to achieve the desired shapes and structures when creating ceramic products.
In ceramic glaze formulation, sodium carbonate can act as a deflocculant, reducing the attraction between particles, enhancing glaze stability and uniformity.
Sodium carbonate functions as a flux, aiding in lowering the melting temperature of glazes and ceramic bodies. This can enhance the bond between glazes and ceramic bodies, improving the strength of ceramic products.