China Titanium Slag for Sulfate Method Titanium Dioxide Production 92% TiO2 for sale
China Titanium Slag for Sulfate Method Titanium Dioxide Production 92% TiO2 for sale
China Titanium Slag for Sulfate Method Titanium Dioxide Production 92% TiO2 for sale

Titanium Slag for Sulfate Method Titanium Dioxide Production 92% TiO2

High-grade titanium slag optimized for sulfate process TiO2 manufacturing. Ensures efficient acid digestion, consistent anatase or rutile crystal formation, and superior pigment quality. Reliable supply for industrial-scale production.

Place of Origin China
Packaging Details negociated
Process sulfate
Model Number HC409
Supply Ability 20 sets/month
Certification ISO9001
Product Description
Sulfate (Sulfuric Acid) Method of TiO2 Production
The sulfate method was first implemented industrially in 1931 for producing the anatase form of titanium dioxide, followed by the rutile form in 1941. This process involves dissolving ilmenite concentrate or titanium slag in sulfuric acid to create solutions of titanium, iron, and other metal sulfates. Through a series of controlled technological steps—including chemical reduction, purification, precipitation, washing, and calcination—basic TiO2 with the desired particle size is formed. The crystal structure (anatase or rutile) is determined during nucleation and calcination.
Process Chemical Equations
FeTiO3 + 2H2SO4 → TiOSO4 + FeSO4 + 2H2O
TiOSO4 + H2O → TiO2 + H2SO4
Process Diagram
diagram of titanium dioxide production using the sulfate method with titanium slag as a raw material

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