The Essential Guide to cas number 13463 67 7 and Why It Matters
If you’ve ever dipped a toe into chemical databases or industrial product specs, chances are you’ve bumped into something called cas number 13463 67 7. It may sound like just another dry identifier, but it's actually a key to unlocking a chemical with broad industrial significance — titanium dioxide. Understanding this particular CAS number is more than just a technicality. Globally, it translates into cleaner paints, brighter papers, safer cosmetics, and even advances in solar technology. If you ask me, knowing its story and why it ticks is oddly satisfying and vital if you’re in manufacturing, environmental science, or even humanitarian aid.
Why cas number 13463 67 7 Holds Global Importance Today
Titanium dioxide, referenced officially by cas number 13463 67 7, features in countless products across the globe. According to the UN’s industrial chemical data, the annual global production exceeds 7 million tons, underscoring its vast demand. From paints to plastics and even food products, it’s often the invisible hero behind vibrant, protective coatings and whitening agents. But, here’s the catch — its production and application pose environmental and regulatory challenges that industries worldwide are actively addressing.
So why does this matter? Well, the world’s push for sustainable manufacturing means understanding the lifecycle impacts of such chemicals and innovating around their use. Industries want to keep the benefits but reduce harm. That’s a tough balance to strike when a chemical is this widely embedded in everyday products. Knowing cas number 13463 67 7 intimately helps engineers, regulators, and businesses maintain that balance.
Defining cas number 13463 67 7 in Honest Terms
Let’s strip the jargon. CAS number 13463 67 7 is the Chemical Abstracts Service registry number that uniquely identifies titanium dioxide (TiO2). Think of it like its social security number in chemistry — super precise and globally recognized. Titanium dioxide itself is a naturally occurring oxide of titanium, prized for its ultra-bright whiteness, opacity, and chemical stability.
Its meaning in modern industry? Well, it acts as a pigment and protective agent in literally thousands of applications — from sunscreens offering UV protection, to food additives that brighten confections, to durable coatings on buildings. In humanitarian terms, its use in protective coatings even means better shelter durability in disaster zones. The link between that number and real-world impact is stronger than you might guess.
Key Attributes That Make cas number 13463 67 7 So Valuable
1. Exceptional UV Protection
Titanium dioxide blocks ultraviolet light remarkably well, making products safer and longer-lasting. It’s the backbone of many sunscreens and outdoor paints, preventing deterioration from sun exposure.
2. High Opacity and Brightness
The pigment is exceedingly white and opaque, which means it offers excellent coverage with less material. That translates into efficiency on a manufacturing scale.
3. Chemical Stability & Non-Toxicity
It resists chemical degradation and is generally considered safe for use in many consumer products. It’s not perfect, but many regulatory bodies classify it as low-risk with proper handling.
4. Versatility Across Industries
Whether it’s plastics, paper, cosmetics, or building materials — titanium dioxide’s adaptability is key. That’s why its CAS number pops up in supply chains everywhere.
Real-World Applications: Where You'll Find cas number 13463 67 7
It’s oddly everywhere. In North America and Europe, titanium dioxide is a staple in residential and commercial paints. In Asia’s burgeoning plastics industry, it’s critical for opacifying films and containers.
For example, during disaster relief operations in Southeast Asia, specially formulated paints with titanium dioxide are used to protect temporary shelters, extending their durability despite harsh weather. In industrial zones from Germany to Brazil, machinery parts coated with TiO2-based paints resist UV degradation, saving costly maintenance downstream.
Environmental agencies also use its photocatalytic variants to break down pollutants — a neat twist on this material’s versatility. The truth is, its reach is surprisingly broad.
Product Specification Table for cas number 13463 67 7 (Titanium Dioxide)
| Specification | Typical Value | Unit |
|---|---|---|
| Chemical Formula | TiO2 | – |
| Purity | ≥ 99% | % |
| Particle Size (Median) | 220 | nm |
| Density | 4.26 | g/cm³ |
| Crystal Structure | Anatase / Rutile | – |
| Specific Surface Area | 10–15 | m²/g |
The Long-Term Benefits: Why cas number 13463 67 7 Matters for You
It isn’t just about white paint or sunscreen labels. Consider longevity: surfaces coated with titanium dioxide-based pigments stay looking new for longer, reducing repaint cycles and material waste. That’s a sustainable win. Socially, improved protective coatings ensure safer buildings and equipment, enhancing community resilience in harsh environments.
Emotionally, using trusted materials brings peace of mind for manufacturers and end-users alike — safety, durability, and performance create trust. I often hear from engineers how meeting strict regulatory standards, thanks to the known properties of this CAS number’s chemical, makes sourcing a bit less of a headache.
Emerging Trends & Innovations Around cas number 13463 67 7
What’s exciting is how titanium dioxide is evolving. Researchers are tweaking nanoparticle sizes to improve photocatalytic performance, making surfaces self-cleaning or pollution-solving. Green synthesis methods using bio-based precursors are gaining traction to reduce ecological footprints.
Digital transformation is playing a part, too. Smart coatings embedded with this compound are being developed for IoT devices, improving energy efficiency in buildings. More regulation and consumer awareness will likely push innovation towards safer, recyclable forms of this chemical.
Common Challenges and How Industry Tackles Them
Despite its advantages, titanium dioxide faces scrutiny due to environmental and health concerns related to nanoparticle inhalation during manufacturing. That’s why advanced filtration and protective gear are standard in modern plants.
Additionally, there's pressure to improve recycling and reduce mining impacts — the material comes from heavy mineral sands, after all. Industry leaders are exploring closed-loop systems and enhanced waste management to meet these challenges head-on.
Vendor Comparison Table: Leading cas number 13463 67 7 Suppliers
| Supplier | Production Capacity (tons/year) | Purity Level (%) | Price Range (USD/ton) | Special Features |
|---|---|---|---|---|
| TiPure™ (Chemours) | 1,000,000+ | ≥ 99.5 | 2,500–3,200 | High durability, eco-friendly processes |
| KRONOS Worldwide | 700,000+ | ≥ 99.2 | 2,400–3,000 | Wide range of particle sizes |
| Venator Materials | 500,000+ | ≥ 99 | 2,200–2,900 | Specialty coatings & high opacity grades |
FAQ: Practical Questions About cas number 13463 67 7
Q: What exactly does the cas number 13463 67 7 signify in product labels?
A: It identifies titanium dioxide uniquely across chemical databases and regulatory documents ensuring consistency worldwide. If a product lists this CAS number, it contains or uses titanium dioxide of a specific chemical makeup and purity.
Q: Is titanium dioxide safe for cosmetic and food uses?
A: Generally, yes. Regulatory agencies like the FDA and the European Commission consider it safe within defined limits. The CAS number helps in tracking and regulating its purity and form to prevent misuse or harmful effects.
Q: Are all titanium dioxide products the same?
A: Not quite. Variations exist in particle size, crystal form (anatase vs. rutile), and treatment. These affect performance properties like brightness, durability, and UV protection. The CAS number stays constant despite these varieties.
Q: How are environmental concerns around this chemical being addressed?
A: Many manufacturers now adopt greener production methods and improve waste management. Ongoing research into nanoforms and alternative raw materials is dynamic — it’s a work in progress, but awareness is rising.
Wrapping Up: Why You Should Keep cas number 13463 67 7 on Your Radar
Understanding cas number 13463 67 7 isn’t just a lab scientist’s game. It opens doors to smarter production, sustainable materials, and safer products that we rely on daily. As industries innovate and tackle challenges, this chemical will remain a cornerstone — only evolving with time.
If you want to dive deeper, check out more detailed specifications or supplier options at https://www.yaguanhpmc.com. Staying informed is the first step towards smarter sourcing and better product development.
