What Is Metatitanic Acid?
Metatitanic acid (chemical formula: H₂TiO₃) is a key intermediate titanium compound widely used in the production of high-purity titanium dioxide, lithium titanate (Li₂TiO₃), and advanced functional materials.
It is typically produced through controlled hydrolysis of titanyl sulfate in the sulfate process, resulting in a hydrated titanium oxide with excellent purity and reactivity.
Compared with standard titanium intermediates, high-quality metatitanic acid offers:
• Controlled particle morphology
• Low impurity levels
• High chemical reactivity
• Excellent consistency for downstream processing
For advanced industrial users, these characteristics directly influence final product performance.
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Key Applications of Metatitanic Acid
1. Precursor for High-Purity Titanium Dioxide
Metatitanic acid is a critical intermediate in producing specialty TiO₂ grades including:
• Electronic-grade TiO₂
• Food-grade TiO₂
• Pharmaceutical-grade TiO₂
Its purity and filtration behavior determine final brightness, particle distribution, and impurity profile.
2. Lithium Titanate (Li₂TiO₃) Production
In battery-related applications, metatitanic acid serves as a titanium source for lithium titanate synthesis.
High-reactivity H₂TiO₃ enables:
• Better phase formation
• Lower calcination temperature
• Stable structural control
For advanced lithium-related materials, precursor quality is not optional — it defines consistency.
3. Functional Titanium-Based Materials
Metatitanic acid is also used in:
• Catalyst carriers
• Ceramic materials
• Specialty titanium compounds
• Research-grade titanium chemistry
Its versatility makes it suitable for both industrial-scale production and laboratory R&D.
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Physical and Chemical Characteristics
Typical characteristics of high-purity metatitanic acid include:
• White to off-white powder
• Controlled moisture content
• Low iron and heavy metal impurities
• Adjustable particle size
• Stable filtration properties
Customization options may include particle morphology adjustment, impurity control, and moisture optimization depending on downstream requirements.
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Why High Purity Matters
In advanced applications such as electronic materials and lithium-related materials, impurity control is critical.
Trace elements such as Fe, Mn, or alkali metals can affect:
• Crystal structure stability
• Electrical properties
• Long-term material performance
Selecting the right metatitanic acid supplier reduces downstream variability and improves reproducibility.
In high-value markets, consistency equals competitiveness.
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Custom Manufacturing Capability
For industrial users requiring tailored specifications, metatitanic acid can be supplied with:
• Controlled TiO₂ equivalent content
• Customized particle size distribution
• Optimized washing and impurity reduction
• Scalable production capacity
Reliable upstream control ensures stable downstream results.
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Frequently Asked Questions
Is metatitanic acid the same as titanium dioxide?
No. Metatitanic acid (H₂TiO₃) is a precursor compound. It converts into titanium dioxide after calcination.
Can metatitanic acid be used for lithium titanate production?
Yes. High-reactivity H₂TiO₃ is commonly used as a titanium source in Li₂TiO₃ synthesis.
Is customization available?
Specification adjustment depends on application requirements and volume.
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Looking for a Reliable Metatitanic Acid Supplier?
If you are sourcing metatitanic acid for:
• High purity TiO₂ production
• Battery material development
• Lithium titanate research
• Specialty titanium applications
Technical information and sample evaluation may be available upon request.
Contact us to discuss your application requirements.