|
HS Code |
531586 |
| Chemical Name | Titanium Dioxide |
| Grade | Rutile |
| Product Code | DTR-206 |
| Appearance | White powder |
| Titanium Dioxide Content | ≥ 94% |
| Crystal Form | Rutile |
| Brightness | ≥ 96% |
| Oil Absorption | ≤ 22 g/100g |
| Specific Gravity | 4.0 - 4.3 g/cm³ |
| Ph Value | 6.5 - 8.0 |
| Volatile Matter | ≤ 0.5% |
| Residue On Sieve 45μm | ≤ 0.05% |
| Dispersibility | Excellent |
| Surface Treatment | Alumina, Zirconia |
| Applications | Paints, coatings, plastics |
As an accredited Rutile Grade Titanium Dioxide DTR-206 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Rutile Grade Titanium Dioxide DTR-206 is packaged in 25 kg multi-layer paper bags with moisture-proof inner liner for secure storage. |
| Shipping | Rutile Grade Titanium Dioxide DTR-206 is securely packed in 25 kg multi-layer paper bags with polyethylene liners, ensuring product integrity and moisture protection. Bags are palletized and shrink-wrapped for safe handling and transport. Shipping complies with standard chemical transport regulations, with documentation and labeling provided according to international safety guidelines. |
| Storage | Rutile Grade Titanium Dioxide DTR-206 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, moisture, and incompatible substances. The packaging must be kept tightly sealed to prevent contamination and caking. Ensure the storage area is clean and free from sources of ignition or strong oxidizers, and follow all safety and handling guidelines for chemical storage. |
Competitive Rutile Grade Titanium Dioxide DTR-206 prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Titanium dioxide lies at the core of paints, plastics, and inks that must perform in demanding environments. Our DTR-206 rutile grade stands out after years of plant-level refinement and listening to customer feedback. We developed this variety with a focus on dependable brightness, consistent color, and the kind of weather resistance our partners expect. As working chemists and manufacturers, we see daily how critical pigment choice becomes—get it wrong and coatings fade, chalk, or lose impact under sunlight. For white masterbatch, powder coatings, or flexible packaging, DTR-206 makes a direct impact on shelf appeal and product lifetime.
Our DTR-206 product uses the rutile crystal form, which has earned its keep over the decades. We’ve chosen a rutile process because this structure provides the best UV shielding against sun exposure, filling a real need in construction and outdoor plastics. By managing particle size at every purification and milling stage, we fine-tune brightness and hiding strength. Standard specifications show TiO2 content above 94% and a refractive index right where formulators want it. Experience tells us customers see more stable color and longer useful life as a result.
Large-scale paint and plastic production deals with more than just pigment content. Flow rate, dust control, batch-to-batch consistency, and smooth dispersibility all affect productivity. We’ve adjusted our DTR-206 surface treatment and moisture control protocols to cut down on processing headaches. In our experience, dispersion speed in high-shear mixers determines how quickly a plant can bring a new batch online. Our customers in Southeast Asia and Eastern Europe report lower filter clogging and fewer rejects thanks to the carefully controlled pH and residue content in DTR-206. These details raise throughput, not just color.
Many non-manufacturers overlook the tradeoffs between brightness and durability. We constantly test outdoor and accelerated aging to make sure DTR-206 doesn’t just look white but also holds that look across time and climate. We select stabilizers for particle coating after repeated humidity and freeze-thaw cycling to minimize yellowing and chalking. Our team stands behind every batch, knowing field failures mean wasted time and dissatisfied end-users. This comes from the feedback loop between lab testing, real construction sites, and our lines. DTR-206 achieves a blue under-tone, higher opacity in thin applications, and guards against degradation much better than old-style anatase grades.
Across hundreds of batches, our color quality control team relies on both visual matching and spectrophotometer readings. Small variations that go unnoticed at the trader level can lead to headaches on the coating line or extrusion screw. We’ve invested in automatic dosing and real-time analysis for TiO2 concentration, moisture, and pH because small process drifts can send a run off-spec. We reject anything that fails the L value (brightness test), so customers dealing with sensitive white or pastel shades see smoother, more reliable results. The benefit gets especially clear in automotive refinish and high-gloss panels, where reflection matters most.
Contract manufacturers tell us that DTR-206 fits not just in architectural paints, but also in mid-range automotive components and outdoor furniture. There, pigment failures stand out after a single season of UV or moisture exposure. Many customers used to switch between anatase or lower-grade rutile, especially where cost mattered, but the pay-off in extended product life keeps them loyal to our DTR-206. In plastics, food packaging and toys also demand food-contact safety, so we control for heavy metal and volatile matter content through independent monitoring.
As chemical manufacturers focusing on real-world use, we have fielded many questions about how DTR-206 compares to older anatase-based TiO2 or uncoated alternatives. Anatase has high brightness initially, but gel coats, PVC profiles, or thin film packaging soon show chalking and yellowing—problems our rutile grade overcomes. DTR-206 uses both inorganic and organic surface treatments, so it resists moisture pickup and blends more easily into waterborne and solventborne systems. Factory operators tell us mixing runs faster, dust control is easier, and filter changes come less frequently than with older products.
We have watched the landscape change with REACH, RoHS, and increasingly strict food-packaging rules. DTR-206 meets key European and global standards, and we make sure documentation is always available for auditors and brand owners. Every lot undergoes trace heavy metal analysis and batch retention for accountability. Paint manufacturers avoid color drift lawsuits, and packaging lines steer clear of compliance risks because we test at every critical step.
Our larger accounts in Southeast Asia appreciate not only the pigment’s brightness but also its fast, predictable mixing in automated paint plants. Many smaller plastic shops value the dust-free handling and lower static in their extrusion and compounding rooms, since such details cut losses and downtime. Spray painters we talk to all stress the non-settling behavior in both solvent-based and waterborne systems—an edge that comes from our controlled particle treatment. No one trusts only lab tests, which is why we release batches only after full-scale factory validation. We’re constantly working with our customers to fine-tune and adjust, aiming for results better than what a generic trader offers.
The cost of rutile TiO2 has climbed over the years, especially with values of raw ilmenite fluctuating. We tackle these cost pressures by running production lines with as little waste as possible and reclaiming off-spec outflows for recycled uses. By keeping silicate and sulfate byproducts low, we guarantee downstream users deal with less foaming and fewer compatibility issues, saving time for paint and plastics companies. For brands needing predictable results, we manage shipment logistics and warehouse storage to keep the pigment dry and stable, even in tropical climates.
The chemical industry faces greater pressure from brands and end-users to reduce ecological footprints. We run titanium dioxide plants that recycle water, minimize sulfuric acid release, and reduce CO2 per ton of output. DTR-206 benefits from energy recovery and lower waste ratios. When local standards changed, forcing updates to anti-dust and residue capture, our engineers adopted closed-system handling and bag-sealing to keep emissions low for workers and the surrounding area. Our partners value this extra attention, especially global consumer brands that tie supply-chain contracts to measured environmental performance.
We stay alert to new pigment technologies, including nano-TiO2 and highly dispersible hybrids. Still, in mass-market coatings, food packaging, toothpaste, and ink, rutile DTR-206 fits nearly every demand for color, brightness, and resilience. Chemists looking for lower energy use during milling or better compatibility with recycled plastics have asked us for further surface treatment upgrades, and we run pilot batches before wider release. Our research group collaborates closely with packaging lines and extrusion plants—not just theoretical R&D.
Assemblers, formulators, and converters all want pigments that don’t jam up lines or require extra cleanup. Our DTR-206 solidifies well under varied temperatures and disperses without agglomeration in pressured mixing tanks. Consistent surface chemistry sidesteps foaming, especially in high-speed ink-jet processes. In crowded plants, dust and residual static create daily headaches. Our coated rutile powder tackles these challenges directly, reducing warehouse cleanup and cross-contamination between runs.
Large buyers appreciate a responsive technical support line that can troubleshoot unusual clumping, color shift, or dispersion slow-downs. Our team fields questions about resin compatibility, custom blending, and line optimization based on experience, not just reference books. We visit worksites, monitor actual line speed, and adjust our protocols accordingly. Each time we hear that a customer needed less defoamer or found filter bags lasting twice as long with DTR-206, it confirms the value of factory-based technical service. Our promise is that no batch leaves the plant without full traceability and a chance for further improvement based on direct feedback.
Our goal has always been straightforward: deliver pigment that fits real-world demands—brightness, weather resistance, ease of processing—without causing daily operational headaches. Many users grow weary of supplier changes and grades that seem identical on paper but fail to perform when run through high-output extruders or continuous paint mixing banks. Through constant plant testing, operator feedback, and batch comparison, DTR-206 remains the rutile choice for those who need performance they can count on, not just numbers in a PDF.
As performance and regulatory benchmarks rise, we keep our plant and lab teams focused on compliance, sustainability, and real output quality. DTR-206 continues to evolve with tighter controls on color drift, less dusting for fast-moving lines, and surface treatments suited for the next generation of packaging or flooring. We invest in staff training, site safety, and third-party audits so purchasing managers and engineers know what they’re getting from every DTR-206 shipment. Over time, these habits protect long-term relationships and keep us grounded in practical, usable chemistry.
Rutile Grade Titanium Dioxide DTR-206 reflects years of hands-on manufacturing and collaboration with industry users. By anchoring ourselves in practical needs, setting strict process parameters, and adjusting based on plant-level data, we supply a pigment grade that manufacturers of coatings, plastics, and inks can depend on for lasting results. Where pure chemistry meets the requirements of application engineers, DTR-206 stands as the choice for those who have seen enough field problems and want a solution tested at scale. By maintaining this focus, we remain committed to real solutions, measurable performance, and continuous collaboration between our team and the technical experts across the industry.
