Understanding 13463 67 7 ECHA: Why This Chemical Identifier Matters Globally

At first glance, “13463 67 7 ECHA” might just look like a jumble of numbers and letters. However, for professionals working in chemical regulation, manufacturing, and environmental safety worldwide, this is a key piece of information. In simple terms, 13463-67-7 is the CAS (Chemical Abstracts Service) registry number assigned to a substance that’s listed on the European Chemicals Agency (ECHA) database. This unique identifier helps industries track, regulate, and ensure safety when handling chemical substances.

Why does it matter globally? Because chemical regulation is no longer a local or regional issue — it’s a worldwide concern. Chemical substances cross borders daily, both as raw materials and finished goods. The ECHA system, under the EU REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) regulation, creates a framework to ensure public health and environmental protection. Understanding and using identifiers like 13463 67 7 ECHA is crucial to maintaining this seamless control. And from the perspective of sustainability and innovation, it unlocks better material choices and compliance that suppliers and purchasers can trust.

Setting the Stage: Why 13463 67 7 ECHA Is a Global Regulatory Cornerstone

Globally, chemical production has nearly tripled since 2000, with emerging economies expanding their industrial portfolios rapidly. According to the UN Environment Programme, approximately 400 million tons of chemicals are produced worldwide annually. Naturally, this explosion of chemical use raises environmental and health concerns everywhere.

Enter ECHA, the European Chemicals Agency, which oversees the comprehensive REACH framework. ECHA maintains extensive databases mapping chemicals to their CAS numbers – such as 13463-67-7 – to monitor, evaluate, and register substances in the market. This is critical given that substances can be toxic, carcinogenic, or environmentally persistent. Entities using these chemicals need precise guidelines to minimize harm.

For companies outside Europe, compliance with ECHA’s requirements often plays a role because of cross-border product supply chains. Plus, an increasing call for “green chemistry” and responsible sourcing puts substances like 13463 67 7 front and center.

What Exactly Is 13463 67 7? A Simple Explanation

The number 13463-67-7 is the CAS registry number for titanium dioxide, one of the most widely used pigments globally. ECHA’s database includes this entry for monitoring its production, usage, and safety profile under REACH regulations.

Titanium dioxide is valued for its bright whiteness and opacity, making it a go-to ingredient in paint, plastics, paper, cosmetics, and even food products. The chemical’s ubiquitous nature means its safety and environmental impact need careful oversight. The “ECHA” part refers to registration within the European Chemicals Agency’s system, which catalogs the substance’s properties, hazards, and exposure limits.

In industrial and humanitarian contexts alike, identifying chemicals by their CAS and ECHA listings helps ensure that the right precautions are taken when handling them — whether it’s factory workers in pigment manufacturing or NGOs shipping supplies worldwide.

Key Aspects of 13463 67 7 ECHA and Their Practical Impact

1. Durability and UV Resistance

Titanium dioxide provides excellent UV protection in paints and coatings, significantly extending the lifespan of exterior surfaces. This characteristic makes it essential for outdoor industrial applications and infrastructure projects.

2. Scalability in Manufacturing

Due to its abundant availability and relatively low cost, titanium dioxide can be produced at scale to meet global industrial demands without major supply disruptions.

3. Safety and Regulatory Oversight

Under ECHA registration, 13463 67 7 undergoes rigorous toxicity and exposure assessment, helping companies comply with safety standards during production and use.

4. Environmental Considerations

Though generally regarded as safe, titanium dioxide’s nanoparticle forms have raised environmental concerns, urging continuous monitoring and innovation towards greener formulations.

5. Cost Efficiency

Because of its chemical stability and performance, titanium dioxide often reduces the need for frequent repainting or material replacement, offering long-term cost savings.

Global Applications & Use Cases of 13463 67 7 ECHA

Industries across continents depend on titanium dioxide (13463-67-7 ECHA). In Europe and North America, coatings manufacturers use it extensively for durable auto paints and building facades. In Asia-Pacific, rapid urbanization drives demand for plastics and packaging materials incorporating titanium dioxide for whiteness and opacity.

Even humanitarian efforts rely subtly on this chemical—high-quality tents, medical device coatings, and food-grade packaging all benefit from titanium dioxide’s stability and inert nature. For example, during post-disaster relief operations, durable and safe shelter materials containing this pigment assure better protection and hygiene. In remote industrial zones, its use in maintaining infrastructure coatings reduces maintenance downtime significantly.

Advantages of Using 13463 67 7 ECHA-Certified Titanium Dioxide

• Reliability: Certified safety profiles assure manufacturers about consistent performance and minimal health risks.
• Environmental Responsibility: Though production has impacts, continuous improvements keep it aligned with sustainability goals.
• Cost Savings: Durable coatings mean less frequent upkeep, saving money and resources.
• Innovation Enabler: Enables new product formulations in electronics, solar panels, and cosmetics.
• Social Impact: Trusted materials improve safety and comfort in housing and medical applications worldwide.

Future Trends and Innovations Surrounding 13463 67 7 ECHA

Looking ahead, the industry is focusing on nano-engineered titanium dioxide — versions with tailored particle sizes for enhanced UV protection or antimicrobial properties. Green synthesis methods are gaining momentum to reduce chemical waste and energy consumption. Furthermore, digital tracking of chemical substances via blockchain and AI promises better traceability and regulatory compliance.

Policy-wise, tighter limits and clearer labeling under evolving REACH updates could push manufacturers toward safer alternatives, yet titanium dioxide’s versatility ensures it will remain a staple for many years to come.

Challenges & Practical Solutions in Handling 13463 67 7 ECHA

Despite its widespread use, titanium dioxide faces some issues: nanoparticle toxicity debates, energy-intensive production, and environmental persistence. Addressing these means investing in improved manufacturing processes and occupational safety measures. Meanwhile, regulatory bodies continue refining safety guidelines based on emerging research.

In practice, many engineers say careful control over particle size and encapsulation in products reduces potential risks substantially. Industry collaboration on standards and transparent reporting is another promising approach — and frankly, with so many eyes on it, it feels like the chemical’s future is secure, albeit changing.

Vendor Comparison: ECHA-Registered Titanium Dioxide Suppliers

FAQ: Practical Questions About 13463 67 7 ECHA

Q1: How can I verify if a titanium dioxide product is properly registered with ECHA?

A: You can search the ECHA website’s public database by using the CAS number “13463-67-7” or the chemical’s name. Certified products will display REACH compliance, safe usage information, and suppliers' registration numbers. It’s a crucial step before purchasing to ensure regulatory trustworthiness.

Q2: Are there health risks associated with titanium dioxide nanoparticle exposure?

A: Studies show that inhalation of titanium dioxide nanoparticles in high concentrations could irritate lungs or cause respiratory issues. However, normal industrial handling with proper protections, as guided by ECHA safety sheets, minimizes risk. The bulk form widely used is considered safe for skin and ingestion in approved concentrations.

Q3: Is titanium dioxide (13463 67 7) considered eco-friendly?

A: Titanium dioxide itself is chemically stable, but concerns exist around energy use in manufacturing and nanoparticle emissions. Increasingly, producers are adopting green synthesis techniques, and regulatory frameworks urge minimizing environmental impacts, making the supply chain greener over time.

Q4: Can non-EU companies export titanium dioxide under ECHA regulations?

A: Yes, but the non-EU importer or manufacturer must register the chemical under REACH before supplying the European market. International compliance consultants or vendors often provide assistance navigating this complex process to ensure seamless trade.

Q5: What industries benefit most from 13463 67 7 ECHA-registered materials?

A: Primarily paint and coatings, plastics, cosmetics, paper industries, and food packaging sectors rely on this chemical. Its regulatory approval assures quality and safety, crucial for consumer products and infrastructure.

Final Thoughts

In the vast world of chemicals, 13463 67 7 ECHA — or titanium dioxide in REACH parlance — stands as a benchmark of how scientific identification and regulation can work hand in hand to foster innovation, safety, and environmental care. Grasping its significance helps businesses streamline production, protect consumers, and push for greener, more reliable materials.

For more detailed insights or to explore certified product options, visit our website: 13463 67 7 echa.

References

1. European Chemicals Agency – ECHA official website
2. Wikipedia: Titanium Dioxide
3. United Nations Environment Programme Chemical Management Datasheets