CAS 53320-86-8 Premium Talcum Powder & Titanium Dioxide Supplier

• Introduction to CAS 53320-86-8 and Its Industrial Relevance
• Technical Advantages of High-Purity Talcum Powder
• Performance Comparison: Leading Manufacturers of Titanium Dioxide CAS
• Customized Solutions for Diverse Industrial Applications
• Case Study: Optimized Use of CAS 53320-86-8 in Coatings
• Quality Control Standards for CAS-Registered Compounds
• Future Outlook for CAS 53320-86-8 in Advanced Manufacturing

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Understanding CAS 53320-86-8 and Its Multisector Impact

CAS 53320-86-8 represents a critical identifier for specialized talcum powder formulations widely used across 14 industrial sectors. Market analysis shows a 7.8% CAGR growth for this material since 2020, driven by its unique combination of thermal stability (withstanding temperatures up to 900°C) and exceptional lubricity properties (0.05 friction coefficient).

Technical Superiority in Mineral-Based Additives

Advanced processing techniques enable CAS 53320-86-8 products to achieve 99.9% chemical purity with median particle sizes of 5-15μm. Key performance metrics include:

• Moisture absorption: <0.3% at 25°C/60% RH
• pH stability: 8.5-10.2 across solvent systems
• Dispersibility: 98% homogeneity in polymer matrices

Manufacturer Benchmarking Analysis

Application-Specific Engineering Solutions

Modified CAS 53320-86-8 variants demonstrate remarkable adaptability:

1. Plastics: 23% improvement in mold flow rates
2. Ceramics: 15% reduction in firing defects
3. Coatings: 18% increase in scratch resistance

Real-World Implementation in Polymer Systems

A 2023 automotive case study achieved 40% weight reduction in dashboards using talcum powder-enhanced PP composites (MFI: 35g/10min vs. industry-standard 28g/10min). The formulation maintained 95% of original mechanical strength while reducing material costs by 18%.

Certification and Compliance Protocols

Leading suppliers maintain dual certification under ISO 3262 and ASTM D604, with batch-to-batch variance controlled below 2.5%. XRF testing confirms heavy metal content remains under 50ppm, meeting EU REACH Annex XVII requirements.

Sustaining Innovation with CAS 53320-86-8 Derivatives

Recent advancements in surface-modified talcum powder (contact angle 130° vs. traditional 75°) enable novel applications in hydrophobic coatings. Industry projections estimate 12,000 MT annual demand growth for specialized CAS 53320-86-8 formulations through 2028.

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FAQS on cas 53320 86 8

Q: What is CAS 53320-86-8 used for?

A: CAS 53320-86-8 refers to talcum powder, commonly used in cosmetics and personal care products for its moisture-absorbing properties. It is also applied in industrial manufacturing as a lubricant.

Q: How does talcum powder (CAS 53320-86-8) differ from titanium dioxide?

A: Talcum powder (CAS 53320-86-8) is a magnesium silicate hydrate, while titanium dioxide (CAS 13463-67-7) is a pigment and UV filter. Their chemical structures and primary applications differ significantly.

Q: Is titanium dioxide CAS number related to talcum powder CAS 53320-86-8?

A: No, titanium dioxide has a separate CAS number (13463-67-7). CAS 53320-86-8 is specific to talcum powder, with no direct chemical relationship between the two.

Q: Is talcum powder (CAS 53320-86-8) safe for cosmetic use?

A: Talcum powder (CAS 53320-86-8) is generally recognized as safe in regulated quantities. However, prolonged inhalation or contamination with asbestos may pose health risks.

Q: Where can I find products containing CAS 53320-86-8?

A: CAS 53320-86-8 (talcum powder) is found in baby powders, makeup, and body powders. Industrial-grade variants are used in plastics, ceramics, and paints.