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Rutile Titanium Dioxide R-6658 - High-Quality China Suppliers & Factory for Superior Pigment Performance
It is a rutile titanium dioxide pigment that has undergone inorganic encapsulation with aluminum and surface modification with organic agents. It has a uniform and moderate particle size distribution, exhibits a blue undertone, is easily dispersible, has low volatility and low oil absorption. Additionally, it demonstrates excellent resistance to yellowing and possesses good processing rheological properties.
🎯 Application:
Suitable for masterbatch, especially high-concentration masterbatch, engineering plastics, PVC, solvent-based inks, etc.
🛠️ Applicable Types:
Specifically designed for plastics.
📊 Technical Properties:
| TiO2 Content | ≥97% |
| Brightness | ≥98% |
| Oil Absorption | ≤15.5g/100g |
| (45μm) Residue on Sieve | ≤0.02% |
| Volatiles at 105℃ | ≤0.25g/100g |
| Color (Compared to Standard) | ≥ |
❓ Frequently Asked Questions
What are the primary characteristics of this Rutile Titanium Dioxide?
It features inorganic aluminum encapsulation and organic surface modification, resulting in a blue undertone, excellent dispersibility, and low oil absorption.
Which industries is this pigment best suited for?
It is specifically designed for the plastics industry, including high-concentration masterbatches, PVC, and engineering plastics, as well as solvent-based inks.
How does it perform during high-temperature processing?
With volatiles at 105℃ kept below 0.25g/100g, it offers low volatility and excellent rheological properties, making it ideal for stable plastic processing.
Does this product provide resistance against color degradation?
Yes, it demonstrates excellent resistance to yellowing, ensuring long-term color stability in finished plastic products.
What is the TiO2 content level for this grade?
This grade maintains a high TiO2 content of ≥97%, ensuring superior opacity and brightness for various applications.
Is the particle size uniform?
Yes, it features a uniform and moderate particle size distribution, which contributes to its easy dispersibility and consistent performance.