Overview: Titanium Dioxide Cost & Industry Background

Titanium Dioxide (TiO₂) is a critical white pigment and functional filler widely used in paints, coatings, plastics, papers, and even cosmetics. With growing demand in construction, automotive, and consumer sectors, the titanium dioxide cost has become a focal point for manufacturers and end-users seeking performance, value, and sustainability.
As of 2024, rapid shifts in raw material prices, energy costs, and global logistics are driving both price volatility and continued innovation in production technology.

• Main Product: Industrial Chemical Tio2 for paint R-996 Titanium Dioxide Powder
• Main Applications: Paints, Industrial Coatings, Plastics, Rubber Compounds, Inks, Paper, Food & Cosmetics
• Key Related Keywords: ti02 titanium dioxide, nano titanium dioxide, titanium dioxide r996, titanium dioxide uses, titanium dioxide dye, titanium dioxide CAS, buff titanium dioxide, arti titanium dioxide, talc titanium dioxide, LD50 titanium dioxide, r902 titanium dioxide, pure titanium dioxide

How is Titanium Dioxide Cost Determined? Key Parameters & Market Trends

The titanium dioxide cost is shaped by a combination of raw material expenses (ilmenite, rutile), energy usage, process efficiency, capacity utilization, and environmental compliance. Downstream, application-specific demands drive the selection of grades like titanium dioxide r996 for architectural paints or nano titanium dioxide for high-performance coatings and UV-protection films.

Key drivers in 2024 include:

• Feedstock supply (rutile & ilmenite)
• Energy prices (gas & electricity)
• Production route (Chloride vs. Sulfate Process)
• Regulatory requirements (ISO 591, REACH)
• Demand boom in high-quality pigment and nano titanium dioxide sectors

Industrial Chemical TiO₂ for Paint R-996: Process Flow & Technical Specifications

Titanium Dioxide Manufacturing Flow (Chloride Process)

1. Raw Material Preparation: Ilmenite or rutile ore is finely ground and mixed.
2. Chlorination: Raw feed reacts with chlorine and petroleum coke in a fluidized bed at ≈900°C, producing titanium tetrachloride (TiCl₄).
3. Purification: TiCl₄ vapor is condensed and purified to remove iron chlorides and impurities.
4. Oxidation: Purified TiCl₄ is oxidized at >1000°C to yield fine TiO₂ pigment particles.
5. Hydration/Milling: Pigments are further milled, surface treated (alumina/silica coating) for improved performance.
6. Filtration, Drying & Micronization: Final product is filtered, dried, and micronized to achieve targeted particle size and distribution.

Key technical standards: ISO 591-1, ASTM D476, REACH compliant.

Key Advantages of R-996 Titanium Dioxide

• Process: Advanced chloride process, ensuring high purity and low residue, low heavy metals content.
• Material: Pure rutile phase TiO₂ (≥94%), nano-structured surface treatment for enhanced dispersion.
• Standards: Compliant with ISO, ANSI, ASTM and Chinese GB/T 1706-2006; meets RoHS and REACH directives for global trade.
• Applications: High-gloss paints, automotive coatings, industrial protective coatings, powder coatings, plastics, inks, paper, food packaging (food-safe grades).
• Performance: Superior weather resistance, anti-UV, hiding power, and color retention for exterior paints and plastics.
• Lifetime: Service life in coatings: >15 years (outdoor, with proper formulation and installation); low chalking rate; outstanding anti-corrosion for metals.

Technical Specifications & Comparative Data

R-996 Titanium Dioxide Powder: Key Parameters

Application Scenarios & Competitive Advantages

Main Use Cases: R-996 Titanium Dioxide

• Paints & Architectural Coatings: Delivers high hiding power and UV-retention for premium indoor/outdoor paints, thermal insulation paints, anti-mold and anti-corrosive solutions. R-996 is a preferred pigment for ISO 12944-compliant weather-resistant coatings.
• Industrial/Protective Coatings: Used in pipelines, petrochemical and marine structures for maximum corrosion protection (test results show ≤1% chalking after 5000h QUV exposure).
• Plastic Compounds: Enhances color, opacity, and longevity for pipes, films, PVC windows, and automotive parts.
• Printing inks & masterbatches: High opacity enriches brightness and resistance in challenging environments.
• Food/Packaging/Cosmetics: Pure titanium dioxide designated with CAS 13463-67-7 is accepted in many international regulations (except recent EU food bans).

Compliant with ISO 591-1, EN 71, ANSI, and REACH requirements for global applications.

Industry Data: Why Choose R-996?

• Color Strength (Tinting): R-996 is rated 109–112% versus standard, outperforming many chloride and sulfate competitors.
• Dispersion: Fast wetting, low agglomeration, minimizes mixing energy vs. buff titanium dioxide and other legacy grades.
• Weather & Chemical Resistance: Maintains gloss and color for >7 years exterior use per GB/T 1766 lab testing.

Supplier Analysis & Customization Solutions

Industry Leading Manufacturers: R-996 Titanium Dioxide Powder

• Chongqing Intelligent Equipment Co., Ltd (See Product: R-996 TiO2): Advanced chloride-route production, ISO 9001 & ISO 14001 certified, RoHS/REACH compliant, supplying >25 countries.
• Venator (UK/USA): Strong reputation for weather-stable TiO₂ (R-902), robust support for global paints industry.
• Chemours (formerly DuPont), Lomon Billions, BASF: Leading global market, offering comprehensive grades for various applications and price points.

Customization Programs

• Particle size distribution, surface coating, and hydrophobic/hydrophilic tuning for specific paints, PVC, or ink systems.
• Private label and OEM branding for international partners.
• Support for regulatory documentation (FDA, ISO, REACH) and application method optimization.

Case Study: Titanium Dioxide R-996 in Real-World Applications

• China National Offshore Oil Project (2022): Protective coatings using R-996 achieved over 10 years durability with ≤2% gloss loss and minimal chalking after 6000h salt-spray test (ISO 9227). Customer testimonial: “Consistent batch quality and weather shield outperformed prior grades.”
• Western Europe High-Speed Rail (2023): TiO₂-formulated line marking paints: Improved reflectivity & reduced application frequency (3.8 years interval, down 20% vs. competitor).
• Food Packaging Film Manufacturer: Adopted pure titanium dioxide (CAS 13463-67-7) per FDA/China GB4806, yielding >15% higher opacity value; confirmed LD50 titanium dioxide classification at “Not Classified as Hazardous” (per OECD 425 acute toxicity study).

FAQs: Titanium Dioxide Industry Technical Terms & Customer Questions

Customer Support, Warranty, and Delivery

• Delivery Lead Time: Standard: 7–15 working days from confirmed order and payment. Inventory allocation possible for urgent projects.
• Quality Assurance: 3-year product warranty for normal industrial use; full batch traceability; test certificate with each shipment.
• Regulatory Support: Full documentation for ISO, FDA, REACH, and customer-specific quality requirements.
• Technical Consultation: Dedicated engineers offer formulation guidance, tailored dispersion tips, and on-site analysis. Post-sale troubleshooting on request.
• After-sales Service: Response in 24h, multilingual support, online formulation tools available.

For up-to-date titanium dioxide cost and detailed chemical or logistics advice, consult our technical sales engineers.