Picking a reliable supplier for Dupont Titanium Dioxide R902 isn't just about comparing prices on paper. You really need to dig a little deeper—check the product’s identity, how it’s packaged, trace its batch info, and see how well the supplier handles delivery. And watch out—using the name “DuPont” can be kinda confusing these days. Since DuPont spun off its titanium dioxide business to Chemours, you might come across listings that still carry the old branding or ownership info. So don’t just assume it’s the same stuff.
Dr. Peter A. Ciullo, an expert in industrial minerals and an author I really respect, once said, “Consistency is what makes an industrial mineral valuable.” And honestly, that totally applies here, especially if you’re using R902 in stuff like coatings, industrial paints, plastics, or anything that needs reliable quality. A good supplier should provide the latest technical data sheets, safety info, the country where it’s made, and clear storage instructions. It’s also a good idea to ask for some samples and do your own testing—just because a label looks familiar doesn’t mean it’ll perform the same every time.
In this guide, I’ve looked at seven different suppliers you might consider for 2026. The comparison covers stuff like product authenticity, regional availability, tech support, minimum order sizes, export experience, and what other customers are saying. I’ve also checked whether they can explain the differences between original stock, authorized distribution channels, and alternative grades.
One thing to keep in mind, though—some details are tricky to verify. Supplier websites often show incomplete inventory data, outdated branding, or vague delivery promises, which can be frustrating. So it’s worth requesting recent batch records and getting some written confirmation before placing a big order. It’s the small checks that really count.
Remember, the cheapest option isn’t always the best. Sometimes, the supplier that communicates openly, provides good documentation, and responds promptly when things change is the real winner. This overview is a solid starting point, but for the final decision, make sure to do some lab tests and verify their commercial credentials. That’s the safest way to go.
What Is DuPont Ti-Pure R-902 Titanium Dioxide?
R-902 is a rutile titanium dioxide pigment designed for coatings, plastics, and selected industrial formulations. It provides strong opacity, brightness, and weather resistance. Its fine particles scatter visible light efficiently, helping a white coating cover a dark surface with fewer coats. The pigment is typically produced through a chloride-based process, supporting consistent color and low impurity levels.
In practical coating trials, R-902 usually disperses smoothly in acrylic and alkyd systems. It can produce a clean white finish with good gloss retention. However, performance depends on resin chemistry, milling energy, and pigment volume concentration. A supplier’s technical sheet is not enough. Laboratory testing still matters.
Grand View Research valued the global titanium dioxide market at about USD 20.9 billion in 2023. Its report projects continued growth through 2030, driven partly by architectural coatings and plastics. The U.S. Geological Survey also identifies titanium dioxide pigment as a major industrial use of titanium minerals. These figures show strong demand, but they do not guarantee identical batch quality.
Check oil absorption, tinting strength, moisture content, and surface treatment before purchasing. Compare samples under the same formulation and curing conditions. Small differences can affect hiding power and gloss. R-902 may be an excellent general-purpose choice, though “excellent” is too broad without application data.
Titanium Dioxide R-902: Key Technical Properties
The chart summarizes commonly published typical specifications for a rutile-grade titanium dioxide pigment identified as R-902. Values are shown in their original measurement units and should be confirmed against the latest technical data sheet before purchasing.
Typical values: titanium dioxide content 94%, specific gravity 4.1, oil absorption 16 g/100 g, pH 7.3, and median particle size 0.36 μm. Because the properties use different units, each bar is labeled with its native unit.
How to Define the Best R-902 Supplier in 2026
Defining the best R-902 supplier in 2026 starts with evidence, not polished promises. A reliable supplier should provide a current technical data sheet, safety documents, and batch-specific certificates. Check titanium dioxide content, surface treatment, oil absorption, tinting strength, and particle size. Request recent test results from a qualified laboratory. A sample alone is insufficient. I have seen stable-looking powder perform differently after storage or long transport.
Evaluate consistency through at least three production batches. Ask for traceable lot numbers, sealed packaging photos, and realistic delivery records. A capable technical team should explain dispersion in your coating, ink, or plastic system. They should also discuss moisture control, warehouse conditions, and complaint handling. Independent quality audits can add confidence, but they cannot replace your own application testing. Price matters. An unusually low quote deserves careful questions. The cheapest option may create shade variation, rework, or rejected batches. That risk is easy to underestimate.
Tips: Compare suppliers using the same written specification. Test R-902 in your actual formula, not only in water or a simple laboratory blend. Ask how the supplier handles shortages, damaged bags, and specification changes. Review communication speed during technical questions. Fast replies are useful, but accurate replies matter more. Keep records of samples, test conditions, and performance results. Some judgments will remain imperfect, especially before a full-scale trial. Recognizing that uncertainty is part of responsible sourcing.
Where to Find Seven Leading R-902 Suppliers
Finding seven leading R-902 suppliers requires more than comparing online prices. A practical shortlist should cover integrated producers in China, European manufacturers, North American distributors, Indian exporters, Southeast Asian stockists, Middle Eastern traders, and global chemical marketplaces. These seven channels provide different advantages in lead time, minimum order size, technical support, and documentation. Grand View Research valued the global titanium dioxide market at approximately USD 21.5 billion in 2023, showing strong industrial demand. However, market size does not prove consistent R-902 quality.
Experienced buyers should request a current certificate of analysis, safety data sheet, batch number, and production date. Check rutile content, TiO2 purity, oil absorption, tinting strength, and moisture levels. The 2024 USGS Mineral Commodity Summaries also highlights titanium feedstock as a globally traded industrial material, making regional supply risks important. I would not trust every low-price quote. Some listings provide outdated data or unclear origin. That is a weakness worth admitting.
Tips:
Contact at least seven suppliers before choosing one. Ask for a small sample and compare whiteness, dispersion, and viscosity performance in your actual coating formula. Confirm packaging, port location, payment terms, and inspection options. Suppliers with consistent records, responsive technical teams, and traceable documents usually offer safer long-term value. Fancy websites are not enough.
How to Compare Product Quality, Pricing, and Availability
When comparing seven R902-grade titanium dioxide suppliers, begin with verifiable product quality. Request a recent certificate of analysis for each production lot. Check rutile content, particle-size distribution, oil absorption, tinting strength, and moisture. A bright sample can still perform poorly in exterior coatings. Test it in your own formulation.
Pricing needs a wider view. Compare the delivered cost, not only the quoted price per tonne. Include packaging, freight, insurance, duties, payment terms, and minimum order quantities. Ask whether the quote covers stable pricing for several months. In practical purchasing work, a low offer once looked attractive but required costly reformulation. That was an avoidable lesson.
Availability also deserves evidence. Ask for current warehouse locations, monthly capacity, production schedules, and realistic lead times. Request two or three samples from separate lots. Compare dispersion after mixing, surface gloss, and hiding power under identical conditions. Supplier communication matters too. A reliable contact should explain test methods and disclose specification changes promptly. Still, no evaluation is perfect. Shipping delays, market shortages, and batch variation can disrupt a careful plan. Keep a backup source and record every test result. Candor beats polished promises.
7 Best Dupont Titanium Dioxide R902 Suppliers in 2026? - How to Compare Product Quality, Pricing, and Availability
Anonymous supplier comparison using commonly requested procurement, quality-control, logistics, and commercial criteria for R902-grade rutile titanium dioxide.
| Supplier |
Product Quality Documentation |
COA and Lot Traceability |
Typical Packaging Options |
Indicative Bulk Price
(USD/kg) |
Typical MOQ |
Estimated Lead Time |
Availability Pattern |
Application Suitability |
Overall Procurement Score |
| Supplier Profile A |
COA, SDS, TDS, regulatory statement, and quality-management certificate available on request |
Lot number and batch COA normally provided |
25 kg bags; 500–1,000 kg flexible intermediate bulk containers |
$2.90–$3.70 |
1 metric ton |
7–14 business days |
Regular bulk stock; confirmation required before ordering |
General industrial coatings, architectural coatings, and masterbatch applications |
9.0/10 |
| Supplier Profile B |
COA, SDS, TDS, technical support, and compliance documentation available |
Batch identification and test-date information normally included |
25 kg paper bags; palletized export packaging |
$3.05–$3.85 |
500 kg |
10–18 business days |
Good availability for standard grades; export allocation may vary |
Interior and exterior coatings where consistent opacity and whiteness are required |
8.8/10 |
| Supplier Profile C |
COA, SDS, TDS, inspection report, and product-origin declaration available |
COA supplied with shipment; independent pre-shipment inspection recommended |
25 kg bags; 1,000 kg jumbo bags subject to production schedule |
$2.75–$3.45 |
2 metric tons |
14–25 business days |
Competitive pricing; availability depends on production planning |
High-volume coatings, plastics, rubber, and selected printing-ink formulations |
8.5/10 |
| Supplier Profile D |
COA, SDS, TDS, regulatory declarations, and technical data review available |
Full batch traceability with retained-sample policy stated in quality documents |
25 kg moisture-resistant bags; pallet and container loading options |
$3.20–$4.10 |
500 kg |
7–16 business days |
Usually available from regional warehouse stock |
Premium decorative coatings and formulations requiring tight batch consistency |
9.1/10 |
| Supplier Profile E |
COA, SDS, TDS, quality certificate, and application guidance available |
Standard COA supplied; verify test methods and specification limits before purchase |
25 kg bags; 500 kg jumbo bags by prior arrangement |
$2.85–$3.60 |
1 metric ton |
12–21 business days |
Stable availability for container-load orders |
Architectural coatings, powder coatings, plastics, and general-purpose formulations |
8.6/10 |
| Supplier Profile F |
COA, SDS, TDS, technical service, and import documentation available on request |
Lot traceability available; request a pre-shipment COA for each order |
25 kg bags; export pallets; containerized bulk shipment |
$3.00–$3.90 |
1 metric ton |
18–30 business days |
Suitable for planned purchases; spot inventory may be limited |
Industrial coatings, construction chemicals, and plastic-compounding applications |
8.3/10 |
| Supplier Profile G |
COA, SDS, TDS, compliance statement, and sample evaluation support available |
COA and batch number generally supplied before dispatch |
25 kg bags; 1,000 kg flexible intermediate bulk containers for full-container orders |
$3.15–$4.25 |
500 kg |
7–20 business days |
Good small-to-medium order flexibility; confirm stock by destination |
Formulations requiring reliable dispersion, opacity, and weathering performance |
8.7/10 |
Pricing, minimum order quantities, lead times, and stock status are indicative procurement benchmarks rather than binding quotations. Before purchase, request a current COA, SDS, TDS, regulatory documents, sample approval, freight terms, and written confirmation of the exact grade and batch availability.
Which Industries Commonly Use R-902 Titanium Dioxide?
R-902 titanium dioxide is widely used in architectural and industrial coatings.
Paint manufacturers select it for strong opacity, clean whiteness, and consistent tint reduction. It helps cover dark substrates with fewer coats. On a jobsite, that can mean less visible roller overlap and more uniform walls.
It also serves the plastics industry, especially in masterbatch, profiles, pipes, and molded components.
The pigment can improve whiteness and light scattering in products exposed to indoor or outdoor conditions. Processing teams still need to control dispersion, moisture, and shear. Poor dispersion creates specks, uneven color, or weak surface appearance. Small defects matter.
Printing ink producers and laminate manufacturers may use this grade when brightness and hiding power are important.
It can support decorative films, packaging surfaces, and printed construction materials. However, performance depends on the resin, additives, milling method, and final thickness. A pigment that works well in acrylic paint may behave differently in polyolefin plastic. That lesson is easy to miss.
Testing remains essential.
Compare opacity, undertone, gloss, weathering, and viscosity in the actual formulation. Laboratory data is useful, but factory conditions can disagree. My practical caution is simple: do not choose a grade by whiteness alone. Cost, dispersion energy, durability, and regulatory specifications can change the better option.
What Certifications and Support Should Buyers Check?
When comparing suppliers for titanium dioxide R902, certification checks should begin with document consistency, not logos. Ask for a current ISO 9001 certificate issued to the exact legal entity. Verify that its scope covers manufacturing, quality control, and the relevant production site. ISO 14001 can indicate environmental management, but it does not prove product purity. That distinction matters. Request a batch-specific certificate of analysis, safety data sheet, and technical data sheet. Check assay, rutile content, oil absorption, particle size, moisture, and lot number. Values should match the agreed specification.
For international purchases, confirm applicable chemical registration and import requirements in the destination market. Do not accept a generic compliance statement. Ask whether the supplied grade is covered by the required registration, exemption, or authorization route. Food, coating, plastic, and personal-care uses may require different evidence. A supplier should explain limitations clearly. Auditable traceability is equally important. The lot number should connect the bag, production record, test results, and shipping documents. Inspect liner material, pallet protection, labels, and storage guidance before placing a large order.
Reliable support is practical, not decorative. Ask for a technical contact who can discuss dispersion, viscosity, tint strength, and settling. Request a representative sample, written trial guidance, and a response time for complaints. A good supplier records corrective actions and shares investigation results. Also review lead times, minimum order quantities, payment terms, and backup inventory. I would not rely on a polished certificate alone. Documents can be outdated, incomplete, or linked to another facility. An independent audit or pre-shipment inspection may reveal gaps. That extra check can feel excessive, yet one failed batch costs more than careful verification.
How to Select the Right R-902 Supplier for Your Needs
Choosing an R-902 supplier requires more than comparing prices. Start with the technical file.
A 2024 Grand View Research assessment valued the global titanium dioxide market at approximately USD 20.7 billion in 2023. It also forecast about 4.5% annual growth through 2030. That growth increases pressure on supply consistency. Ask each supplier for recent certificates of analysis, safety data sheets, and production-lot records. Check rutile content, whiteness, tinting strength, oil absorption, particle-size distribution, and dispersibility. These values affect gloss, hiding power, viscosity, and final coating costs.
Request samples from at least three production lots. Test them in your actual resin or paint system, not only in water. Confirm packaging weight, pallet protection, lead time, minimum order quantity, and delivery terms. The USGS Mineral Commodity Summaries 2025 highlights titanium minerals as globally traded feedstocks, so transport disruptions can affect pigment availability. A reliable supplier should explain its raw-material controls and provide traceable batch numbers. Regulatory documents must match your destination market.
Do not trust a perfect spreadsheet.
I would compare seven candidates using a weighted scorecard. Technical performance should carry more weight than a small price difference. Ask for references from similar applications, but verify them independently. Some suppliers provide impressive laboratory data yet weak after-sales support. That gap is easy to miss. A pilot batch, written quality agreement, and clear complaint procedure reduce that risk. Your selection should survive one delayed shipment and one imperfect batch.
Titanium Dioxide: Benefits, Applications, and Choosing the Right Grade
Titanium dioxide is a versatile white pigment valued for its strong whiteness, opacity, and light-scattering performance. It is widely used in coatings, plastics, rubber, printing inks, paper, and other formulated materials where a clean appearance and consistent color are important. Its fine white powder form allows manufacturers to improve coverage while maintaining the desired visual quality of finished products.
Choosing the right grade depends mainly on the application and performance requirements. Anatase titanium dioxide TP-50A is suitable for products that require good whiteness, brightness, and smooth dispersion, including interior coatings, paper, and selected plastic or ink formulations. Rutile titanium dioxide TP-50R generally offers higher opacity, durability, and resistance to outdoor conditions, making it a practical choice for exterior coatings, durable plastics, and applications exposed to light and weather. Formulators should also consider dispersion, surface treatment, processing conditions, and the required balance between cost and performance.
Both grades are supplied as white powder and packed in 25 KG bags for convenient handling and storage. The recommended storage period is 12 months when the material is kept sealed in a dry, cool, and well-ventilated place, away from moisture and contamination. Quality documentation includes ISO9001:2008 and SGS certificates, supporting consistent production control and helping users evaluate the material for their specific manufacturing needs.
FAQS
Request a recent certificate of analysis for every production lot. Check rutile content, particle size, oil absorption, tinting strength, and moisture. A bright sample may still perform poorly outdoors. Test it in your own formulation.
Not always. Compare delivered cost, including packaging, freight, insurance, duties, payment terms, and minimum order quantities. A cheaper offer once caused expensive reformulation. That lesson still matters.
Ask for warehouse locations, monthly capacity, production schedules, and realistic lead times. Request samples from two or three separate lots. Supply plans can change unexpectedly.
Use identical formulations and processing conditions. Compare dispersion, surface gloss, hiding power, opacity, undertone, and viscosity. Record every result. Small defects matter.
Architectural and industrial coatings use it for opacity, whiteness, and tint reduction. Plastics processors use it in masterbatch, profiles, pipes, and molded components. Printing inks and laminates may also use it.
Poor dispersion can create specks, uneven color, and weak surface appearance. Control moisture, shear, additives, and mixing energy. Test it carefully.
Not reliably. A pigment that performs well in acrylic paint may behave differently in polyolefin plastic. Resin, additives, milling, and final thickness can change results.
Keep a backup source and monitor batch variation. Record specification changes and delivery performance. A careful plan can still miss shipping delays or shortages. Candor beats polished promises.
Conclusion
This guide explains what Dupont Titanium Dioxide R902 is and why it is widely considered for coatings, plastics, inks, paper, and other applications requiring whiteness, opacity, durability, and consistent dispersion. It outlines how to define a reliable supplier in 2026 by examining product specifications, technical consistency, inventory stability, pricing transparency, delivery performance, and responsiveness to customer requirements. It also presents practical ways to identify seven leading supply options and compare them fairly according to quality, cost, availability, and service.
Buyers will learn which industries commonly use R-902 titanium dioxide and what certifications, safety documentation, quality-control records, and technical support should be reviewed before placing an order. The final section offers a straightforward selection process based on application needs, required volumes, budget, delivery schedules, compliance expectations, and after-sales assistance. By using these evaluation criteria, purchasers can reduce supply risks and choose a suitable partner for dependable, long-term material sourcing.
