CTNR-1102 Nano Rutile Titanium Dioxide
CTNR-1102 is a surface-treated nano rutile titanium dioxide supplied by Suzhou Chuntai New Materials Co., Ltd. It is a white powder with an average particle size of approximately 45 nm.
The TDS reports a typical TiO₂ content of 88.5% and oil absorption of 39 g/100 g. Surface treatment uses aluminum hydroxide, or a combination of aluminum hydroxide and zirconium hydroxide.
Download the TDS and SDS below, or contact us for formulation assessment, sample enquiries and quotations.
Description
CTNR-1102 Nano Rutile Titanium Dioxide
CTNR-1102 is a surface-treated nano rutile titanium dioxide supplied by Suzhou Chuntai New Materials Co., Ltd. It is a white powder consisting primarily of titanium dioxide, with an average particle size of approximately 45 nm.
The surface treatment uses aluminum hydroxide, or a combination of aluminum hydroxide and zirconium hydroxide. The technical data sheet reports a typical TiO₂ content of 88.5%, zirconium hydroxide content of 0.8% and oil absorption of 39 g/100 g.
Review the technical properties below and contact us to discuss your formulation requirements, sample evaluation and supply enquiries.
Key Features
- Nano-scale particle size: approximately 45 nm average particle size as described in the TDS.
- Rutile crystal form: rutile content ≥98%, with a reported typical value of 100%.
- Surface-treated powder: aluminum hydroxide treatment, or combined aluminum hydroxide and zirconium hydroxide treatment.
- Typical TiO₂ content of 88.5%: reported separately from the specified minimum of 80%.
- Typical oil absorption of 39 g/100 g: within the listed range of 30–45 g/100 g.
- Bilingual documentation: English and Chinese TDS and SDS documents are available below.
Formulation Selection and Sample Evaluation
When evaluating CTNR-1102, please share your intended application, formulation medium, dispersion process and target optical performance. These details help us discuss the grade against your requirements and coordinate the relevant technical information.
Useful points to assess in your own formulation include:
- Compatibility with the formulation medium and other ingredients
- Dispersion under your actual mixing or milling conditions
- Transparency and colour appearance at the intended addition level
- Viscosity and processing behaviour
- Stability and final performance under the intended conditions of use
Compare samples under the same formulation and processing conditions before commercial use. The stated average particle size alone does not establish dispersion quality or final performance in a finished product.
Technical Properties
| Property | Range / Requirement | Typical Value |
|---|---|---|
| Appearance | White powder | — |
| Average particle size | Approximately 45 nm | — |
| TiO₂ content | ≥80% | 88.5% |
| Aluminum hydroxide, Al(OH)₃ | 8–16% | 10.0% |
| Zirconium hydroxide, Zr(OH)₄ | 0–5% | 0.8% |
| Rutile content | ≥98% | 100% |
| Volatile matter at 105°C, 3 h | ≤3% | 0.5% |
| pH | 6–9 | 8.0 |
| Oil absorption | 30–45 g/100 g | 39 g/100 g |
| Colour: transparency | — | Equivalent to standard |
| Colour: frontal golden tone | — | Not less than standard |
| Colour: oblique blue tone | — | Not less than standard |
Ranges and typical values are presented separately. Typical values are reference data and should not be interpreted as guaranteed batch values. Optical characteristics are assessed against the standard sample. A dash indicates that no separate value or numerical range is stated.
Surface Treatment and Composition
CTNR-1102 consists primarily of titanium dioxide. Its surface treatment uses aluminum hydroxide, or a combination of aluminum hydroxide and zirconium hydroxide. The reported typical contents are 10.0% aluminum hydroxide and 0.8% zirconium hydroxide.
For formulation assessment, review both the titanium dioxide content and the surface-treatment composition rather than comparing grades by particle size alone.
Technical Documents and Sample Evaluation
Download the technical data sheet and safety data sheet for reference. Both documents are provided in English and Chinese.
For sample enquiries, please provide your intended application, formulation medium, current material and target performance. Review the SDS before handling or testing the product.
For quotations, please also include your estimated quantity, preferred packaging and destination port or delivery location. Contact us to confirm available packaging and sample arrangements.
Why Source CTNR-1102 through COOVACS?
The titanium dioxide business presented on COOVACS is supplied by Suzhou Chuntai New Materials Co., Ltd. International buyers can explore Chuntai grades through the platform and contact us for technical documentation, grade selection discussions, sample requests and supply enquiries.
Share your formulation priorities so we can coordinate the information needed for your assessment of CTNR-1102 and other Chuntai nano titanium dioxide grades.
Explore Chuntai titanium dioxide grades or contact us about CTNR-1102.
Frequently Asked Questions
Is CTNR-1102 anatase or rutile titanium dioxide?
CTNR-1102 is a nano rutile titanium dioxide. The TDS lists a rutile content of at least 98%, with a typical value of 100%.
What is the particle size of CTNR-1102?
The product description states an average particle size of approximately 45 nm. Dispersion and particle agglomeration in a finished formulation should be evaluated under your actual processing conditions.
What surface treatment does CTNR-1102 use?
The TDS describes aluminum hydroxide treatment, or combined aluminum hydroxide and zirconium hydroxide treatment. Typical contents are listed as 10.0% and 0.8%, respectively.
How does CTNR-1102 differ from CTNR-1101?
The TDS documents report typical zirconium hydroxide contents of 0.8% for CTNR-1102 and 1.0% for CTNR-1101. Typical oil absorption is 39 g/100 g for CTNR-1102 and 40 g/100 g for CTNR-1101. These differences alone do not establish which grade will perform better in a particular formulation; compare samples under your own conditions.
What is the TiO₂ content of CTNR-1102?
The specified minimum TiO₂ content is 80%, and the reported typical value is 88.5%. These figures represent a requirement and a typical value, respectively.
How can I request a CTNR-1102 sample or quotation?
Use the Inquire Now button or contact us with the grade name CTNR-1102, your intended application and quantity requirements. Include your preferred packaging and destination when requesting a quotation.
Technical data and recommendations are for reference and are not contractual specifications. Product quality is subject to the supplier’s test report. Customers should confirm suitability under their own conditions of use.
