1. Product Description 🧪

Titanium Phosphate is a high-purity inorganic phosphate widely used in coatings, ceramics, catalysts, battery materials, and specialty chemical formulations. It is valued for its thermal stability, chemical resistance, and ion-exchange properties.

Titanium Phosphate is available in Anhydrous and Hydrated forms. The two forms differ in reactivity, surface area, and water content, which affects their suitability for different applications.

2. Chemical & Physical Properties ⚗️

2.1 Anhydrous Titanium Phosphate 🔥

🧬 Chemical Formula: TiPO₄
🎨 Appearance: White or off-white powder
💧 Solubility: Insoluble in water
🔥 Thermal Stability: High
⚛️ Crystal Structure: Stable

2.2 Hydrated Titanium Phosphate 🌊

🧬 Chemical Formula: TiPO₄·xH₂O
🎨 Appearance: White granular or crystalline powder
💧 Solubility: Slightly soluble in acidic media
⚖️ Stability: Stable under normal conditions
🌬️ Surface Area: Higher than anhydrous, suitable for adsorption/catalysis

3. Specifications 📊

3.1 Anhydrous Titanium Phosphate

📌 TiO₂ Content: ≥ 95%
📌 P₂O₅ Content: 14–16%
📌 Moisture: ≤ 1.0%
📌 Particle Size: As required

3.2 Hydrated Titanium Phosphate

📌 TiO₂ Content: ≥ 90%
📌 P₂O₅ Content: 12–15%
📌 Moisture: 5–12%
📌 Particle Size: Granular / Powder

4. Applications 🚀

4.1 Anhydrous Titanium Phosphate – Applications 🔥

4.1.1 Catalysts & Materials 🧪

• Used as a catalyst support in chemical reactions

• Enhances stability and efficiency of catalytic systems

• Applied in polymerization and oxidation processes

4.1.2 Ceramic & Coating Industry 🏺

• Serves as a high-temperature ceramic additive

• Improves thermal stability and corrosion resistance

• Used in specialty paints and protective coatings

4.1.3 Battery & Energy Materials ⚡

• Applied in lithium-ion battery cathodes

• Enhances ionic conductivity and thermal resistance

4.2 Hydrated Titanium Phosphate – Applications 🌊

4.2.1 Ion Exchange & Adsorbent 🧬

• High surface area makes it suitable as cation exchange material

• Removes heavy metals and radioactive ions from water

• Used in water purification and chemical separation

4.2.2 Biomedical & Specialty Uses 🏥

• Applied in biocompatible ceramics and dental materials

• Supports controlled drug release systems

4.2.3 Coatings & Pigments 🎨

• Used as functional filler in paints and coatings

• Improves mechanical strength, thermal resistance, and surface properties

5. Advantages ⭐

5.1 Anhydrous Titanium Phosphate

⚡ High thermal and chemical stability
⚡ Excellent mechanical strength
⚡ Ideal for catalyst supports and high-temperature ceramics

5.2 Hydrated Titanium Phosphate

🌊 High surface area for adsorption and ion exchange
🌊 Enhanced water and chemical interaction
🌊 Suitable for biomedical and environmental applications

6. Packaging & Storage 📦

6.1 Packaging Options

📦 25 kg bags with PE liner
📦 500–1000 kg jumbo bags

6.2 Storage Conditions

🏬 Store in cool, dry, well-ventilated areas
☀️ Avoid direct sunlight and moisture
⚠️ Keep away from strong acids and alkalis

⏳ Shelf Life: 24 months under proper conditions

7. Regulatory Status 📜

🌍 Complies with international chemical regulations
🏭 Industrial grade, suitable for coatings, ceramics, catalysts, and battery materials
📄 COA, MSDS, and regulatory documents available upon request

8.Why Choose Jiangsu Khonor Chemicals Co., Limited?

✅ Over 10 years of experience in chemical and food ingredient exports

📦 Stable supply capacity and competitive pricing

⚗️ Support for diverse molecular weights and performance requirements

🧪 Samples available for quality testing

📄 Professional documentation: COA, MSDS, TDS, and export compliance

🌐 Strong focus on global B2B markets

🚚 Fast delivery and flexible logistics solutions

Ordering Information

💬 For quotations, specifications, samples, or technical support, please contact:

📧 Email: mengling@khonorchem.com

📱 Tel/WhatsApp/WeChat: +86-19851820586

🌏 WhatsApp Link: https://wa.me/8619851820586