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Product Details:
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| TiO₂ Content: | ≥ 88 % | Organic Surface Treatment: | Yes (no TMP) |
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| Tinting Strength (European Unit): | 180 | Appearance: | White Powder |
| Highlight: | High Hiding Power Rutile Titanium Dioxide,Excellent Dispersion Performance Titanium Dioxide Pigment,TMP-Free Organic Treatment TiO₂ |
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Dongjia SR‑9900 Rutile Titanium Dioxide
1. Product Introduction
SR‑9900 is a high‑hiding‑power rutile titanium dioxide pigment with silicon‑aluminum inorganic surface treatment. Specially engineered for coatings and ink applications, it adopts exclusive processing technology to deliver ultra‑high hiding power, excellent dispersion performance and outstanding dispersion stability. It achieves superior covering effect in coating and ink systems, and is highly recommended for inks and coil coating applications.
2. Technical Specification Table
| Item | Specification |
| TiO₂ Content | ≥ 88 % |
| Inorganic Coating | Silicon & Aluminum (Si, Al) |
| Organic Surface Treatment | Yes (no TMP) |
| Tinting Strength (European unit) | 180 |
| Dispersion (μm/Hegman) | 12.5/7.0 |
| Oil Absorption | 24 g/100g |
| pH of Aqueous Suspension | 7.0‑9.5 |
| Appearance | White powder |
3. Product Features & Advantages
• Si‑Al inorganic composite coating brings ultra‑high hiding power and excellent dispersion stability
• Specially optimized formula for ink and coil coating scenarios, achieving superior covering performance
• Stable dispersion property, effectively improving production efficiency in high‑speed ink‑making processes
• TMP‑free organic treatment, meeting strict environmental‑friendly requirements
• Strict batch quality control, ensuring consistent hiding power and color stability in mass production
4. Typical Application Fields
Coatings, printing inks, coil coatings, high‑temperature resistant coatings, iron printing paints and other high‑hiding‑power pigment applications.
5. Packaging & Technical Statement
• Packaging: 25kg full‑paper bag; 500kg/1000kg PP woven bag optional
All data in this sheet are typical values under standard laboratory conditions for reference only. Actual product performance shall be subject to the official factory inspection report. Users shall conduct pre‑production verification tests before large‑scale mass production.
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Contact Person: Louis Liu
Tel: 13675620692
Fax: 86-532-89088579