1. Product Description 🧪

Lanthanum Phosphate is a high-purity rare-earth phosphate known for its excellent thermal stability, chemical resistance, and optical properties. It is widely used in catalysts, luminescent materials, ceramics, glass, and specialty chemical formulations.

This product is typically supplied in Anhydrous form, ensuring maximum purity and stability, suitable for high-performance industrial and research applications.

2. Chemical & Physical Properties ⚗️

2.1 Anhydrous Lanthanum Phosphate 🔥

🧬 Chemical Formula: LaPO₄
🎨 Appearance: White to pale yellow crystalline powder
💧 Solubility: Insoluble in water
🔥 Thermal Stability: High
📦 Moisture Content: ≤ 0.5%
⚛️ Crystal Structure: Monazite-type stable structure
💡 Density: ~6.6 g/cm³

2.2 Hydrated Lanthanum Phosphate 🌊 (Optional / Rarely Used)

🧬 Chemical Formula: LaPO₄·xH₂O
🎨 Appearance: White granular or crystalline powder
💧 Solubility: Slightly soluble in acids
⚖️ Stability: Stable at ambient conditions
🌬️ Surface Area: Increased for catalytic applications

3. Specifications 📊

3.1 Anhydrous Lanthanum Phosphate

📌 La₂O₃ Content: ≥ 99%
📌 P₂O₅ Content: 38–40%
📌 Moisture: ≤ 0.5%
📌 Particle Size: Customizable
📌 Bulk Density: 2.5–3.0 g/cm³

3.2 Hydrated Lanthanum Phosphate (Optional)

📌 La₂O₃ Content: ≥ 98%
📌 Moisture: 5–10%
📌 Particle Size: Granular / Powder

4. Applications 🚀

4.1 Catalysts & Chemical Industry 🔬

• Used as a catalyst or catalyst support in chemical reactions

• Enhances reaction selectivity and thermal stability

• Applied in petrochemical, hydrogenation, and oxidation processes

4.2 Luminescent Materials & Phosphors 💡

• Key component in optical devices, LEDs, and phosphor powders

• Provides high luminescence efficiency and thermal stability

• Used in display technologies and lighting applications

4.3 Ceramics & Glass 🏺

• Improves thermal shock resistance and mechanical strength

• Used in advanced ceramics, glass, and enamel coatings

• Enhances chemical stability and durability

4.4 Environmental & Functional Materials 🌱

• Functions as a rare-earth phosphate ion-exchange material

• Applied in water treatment, radioactive waste management, and adsorption processes

4.5 Research & Specialty Applications 🧬

• High-purity LaPO₄ is used in scientific research and advanced material synthesis

• Suitable for nanomaterials, thin films, and optical ceramics

5. Advantages ⭐

⚡ High thermal and chemical stability
⚡ Excellent optical and luminescent properties
⚡ High purity and uniform particle size
⚡ Suitable for catalysts, phosphors, ceramics, glass, and specialty materials

6. Packaging & Storage 📦

6.1 Packaging Options

📦 25 kg bags with PE liner
📦 500–1000 kg jumbo bags (upon request)

6.2 Storage Conditions

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

⏳ Shelf Life: 24 months under recommended storage conditions

7. Regulatory Status 📜

🌍 Complies with international chemical and rare-earth material regulations
🏭 Industrial grade suitable for catalysts, luminescent materials, ceramics, and research
📄 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

9.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