Titanium dioxide is a cornerstone of the modern inorganic chemical industry, renowned for its unparalleled opacity and brightness. Identifying the correct chemical identity through the titanium dioxide cas number ensures that manufacturers maintain strict quality control and regulatory compliance across global supply chains.
From high-performance architectural coatings to industrial-grade plastics, the demand for high-purity white pigments remains consistent. The ability to source material with a purity of 98% minimum allows producers to achieve the precise refractive index required for superior light scattering and UV protection.
Understanding the technical specifications associated with titanium dioxide cas 13463-67-7 is essential for engineers and procurement specialists. This ensures that the rutile form of the pigment is utilized correctly to maximize durability and aesthetic consistency in final commercial products.
Understanding the Significance of Titanium Dioxide CAS
The Chemical Abstracts Service (CAS) registry number acts as a universal language in the chemical world, preventing any ambiguity during the procurement of raw materials. When specifying titanium dioxide cas 13463-67-7, buyers are specifically requesting the rutile form, which is preferred for its superior stability and hiding power compared to the anatase form.
In the context of the inorganic salt manufacturing industry, this identification is critical for maintaining the purity standards of 98% min. By adhering to these precise identifiers, manufacturers in Shanghai and beyond can ensure that their output meets the rigorous demands of the industrial grade market.
Industrial Standards and Chemical Identification
Standardization is the backbone of the chemical manufacturing sector. By utilizing the titanium dioxide cas system, companies can avoid the confusion that often arises from regional naming conventions or trade names. This precision is vital when shipping large volumes, such as 20 MT containers, across international borders.
The EINECS number 236-675-5 further complements the CAS registry, providing a European standard for identification. Together, these markers ensure that the material's chemical formula, TiO2, is processed under the correct safety and handling protocols, particularly for white powder substances that require dust control.
For industrial grade applications, the consistency of the pigment is paramount. Whether it is being integrated into heavy-duty machinery coatings or architectural paints, the standardized identification allows for a seamless transition from the laboratory R&D phase to full-scale industrial production.
Technical Properties of Rutile TiO2
The rutile crystal structure, identified by titanium dioxide cas 13463-67-7, is prized for its high refractive index. This property allows the pigment to scatter light more effectively, providing the "whiteness" and opacity that is essential for the paint and coating industry.
With a purity level of 98% min, our R606 model ensures that impurities are kept to a minimum, reducing the risk of discoloration. This high-grade titanium dioxide cas material is designed to resist chalking and weathering, making it an ideal choice for outdoor applications.
Beyond aesthetics, the chemical stability of this inorganic pigment ensures that it does not react negatively with other resins or additives in a formulation. The standardized industrial grade ensures a predictable reaction time and a smooth finish across various application methods.
Performance Metrics in Paint and Coatings
The effectiveness of a pigment is often measured by its ability to cover a surface with minimal layers. When analyzing titanium dioxide cas R606, the primary focus is on its dispersion capability and its interaction with binders. High-quality rutile TiO2 minimizes the amount of material needed to achieve full opacity.
Efficiency in coatings is not just about color, but about the longevity of the protection provided. The UV-blocking properties inherent in this specific chemical structure protect the underlying substrate from degradation, thereby extending the lifecycle of the coated product.
Performance Analysis of Titanium Dioxide CAS Variants
Global Supply Chain and Logistics
Shipping high-volume inorganic chemicals requires a sophisticated logistics network to maintain product integrity. For titanium dioxide cas shipments, we utilize standardized 25 kg bags, meticulously packed on pallets to prevent compression and contamination during transit from the port of TianJin.
The flexibility in packaging—offering options with or without pallets for 20' containers—allows clients to optimize their shipping costs and warehouse space. Whether the order is for the MOQ of 1000kg or a full 22 MT shipment, our logistics framework is designed for efficiency and safety.
Quality Assurance and Certification
To ensure that every batch of titanium dioxide cas meets the 98% purity threshold, a rigorous testing protocol is implemented. This includes the provision of a Certificate of Analysis (COA) for every shipment, allowing customers to verify the chemical properties and grade before integration into their production line.
Beyond the COA, our documentation package includes the commercial invoice, packing list, Bill of Lading (BL), and Certificate of Origin. This transparency is critical for international trade, facilitating smooth customs clearance and ensuring that the industrial grade material complies with local regulations.
Customization options for logos and packaging further demonstrate our commitment to client-centric service. By aligning our quality control with international standards, we provide a reliable source of rutile TiO2 that supports the stability of our partners' end-products.
Future Outlook for Inorganic Pigments
The evolution of titanium dioxide cas applications is moving toward greater sustainability and environmental efficiency. Innovations in the manufacturing process are focusing on reducing the energy footprint of rutile production while maintaining the high opacity and brightness required by the market.
Digital transformation in the supply chain is also playing a role, with real-time tracking and automated documentation reducing lead times. Currently, our lead time is within 15 days after deposit, but further optimizations in logistics are expected to shorten this window.
As the industry shifts toward "green" coatings, the role of high-purity TiO2 will remain central. Its ability to reflect infrared radiation helps in creating "cool" paints that reduce building energy consumption, blending traditional chemical excellence with modern sustainability goals.
Comparative Analysis of Titanium Dioxide CAS Industrial Grade Metrics
| Performance Metric |
R606 Rutile |
Standard Grade |
Impact Score (1-10) |
| Chemical Purity |
98% Min |
95% Min |
9 |
| Refractive Index |
High (Rutile) |
Moderate |
10 |
| UV Resistance |
Superior |
Average |
8 |
| Dispersion Rate |
Optimized |
Standard |
9 |
| Weathering Stability |
Excellent |
Fair |
9 |
| Application Ease |
Seamless |
Requires Adj. |
8 |
FAQS
The specific CAS number for rutile titanium dioxide is 13463-67-7. This identifier is used globally to distinguish the rutile crystal structure from other forms like anatase, ensuring that the material provided has the necessary refractive index and stability for industrial coatings.
Our standard MOQ is usually 1000kg. We recommend this minimum to ensure that sea transportation costs remain economical for the buyer. However, we are open to discussing special needs if your requirements differ; please contact us for a customized solution.
Yes, we can accommodate custom packaging and logo requests. Whether you need specific bag sizes or branded labeling for your market, our team can handle these special requests to ensure the product is ready for your direct distribution.
We typically provide a comprehensive documentation set including the commercial invoice, packing list, Bill of Lading (BL), Certificate of Analysis (COA), and a Certificate of Origin. If your local market requires additional specific documentation, please inform us in advance.
Our standard lead time is within 15 days. This period begins after the deposit has been received and all accessory details and packaging specifications have been confirmed between the buyer and our production team.
The R606 model is an industrial grade rutile titanium dioxide specifically optimized for paints and coatings. Due to its 98% min purity and excellent opacity, it is highly versatile; however, we recommend a small-scale trial to ensure compatibility with your specific resin system.
Conclusion
The strategic importance of titanium dioxide cas 13463-67-7 cannot be overstated in the realm of industrial pigmentation. By combining high purity (98% min) with the robust physical properties of the rutile form, manufacturers can achieve superior whiteness, opacity, and durability in their coatings. From the precision of chemical identification to the efficiency of logistics from TianJin, every step in the process is designed to ensure industrial reliability.
Looking forward, the integration of high-performance pigments with sustainable practices will define the next era of the chemical industry. We encourage procurement specialists and product engineers to prioritize standardized, certified materials to mitigate risk and enhance product quality. For premium industrial grade TiO2 solutions, visit our website: www.cqtitaniumdioxide.com
