Titanium Dioxide Rutile TiO2 R299 Special for Painting & Printing-Inks

• CAS No.: 13463-67-7
• Formula: TiO2
• EINECS: 236-675-5
• Classification: Titanium Dioxide
• Grade Standard: Industrial Grade
• Kind: No Salt Oxide
• Model NO.: R299
• Quality: First Class
• Certification: SGS, ISO9001:2008, ISO14001, Reach
• Sample: Free Samples Are Available
• Loading: 22 Mt/ FCL 20′ with Pallets
• Loading Port: Shanghai, China
• Delivery: Within 10-15 Days After Receiving The Payment
• Package: 25kg/ Kraft Bag
• Product Name: Titanium Dioxide
• Transport Package: 25kg/Kraft Paper Bag or Upon Clients′ Request.
• Specification: Industrial Grade
• Trademark: YUEJIANG
• Origin: Shanghai, China (Mainland)
• HS Code: 3206111000
• Production Capacity: 40, 000 Tons/Year

Product Description

Yuejiang Brand Rutile Titanium Dioxide R288

Product Description:
Yuejiang Brand -Rutile Type Titanium Dioxide R288 is made through the sulfuric acid process; White powder, non-toxic, stable chemical property; Good whiteness and glossiness, good fineness, good luster, hiding power, strong tinter reducing power, has excellent weather resistance and dispersibility.
Yuejiang Brand -Titanium Dioxide R288 is special for plastic & steel titanium dioxide, suitable for plastic-steel doors & windows, plastics(PVC, PE, polystyrene and polyurethane etc).

Basic Information:
1. Classification: Titanium Dioxide
2. CAS No.: 13463-67-7
3. Other Names: TiO2
4. MF: TiO2
5. EINECS No.: 236-675-5
6. Place of Origin: Shanghai, China (Mainland)
7. Grade Standard: Industrial Grade
8. Purity: 95%
9. Appearance: white powder
10. Application: paint, plastic, paper, ink, rubber etc
11. Brand Name: YUEJIANG
12. Model Number: R288
13. Certificate: ISO9001, SGS, CIQ

Techincal Specification: 

Item	Index
Titanium Dioxide Content, %	≥ 95
Rutile Content, %	≥ 98
Whiteness, %	≥ 98
Tinter reducing power, compared with standard samples	≥ 96
105° Cvolatile matter, %	≤ 1.0
Water solubles, %	≤ 0.3
pH-value of aqueous suspension	6.5-8.0
Oil absorption, g/ 100g	≤ 23
Residue on sieve 45μ m, %	≤ 0.1
Resistivity of aqueous extract Ω ? cm	≥ 8000