|
HS Code |
399954 |
| Product Name | BILLIONS LR-982 Titanium Dioxide |
| Type | Rutile |
| Color Index | Pigment White 6 (CI 77891) |
| Titanium Dioxide Content | ≥94% |
| Surface Treatment | Alumina and Organic |
| Specific Gravity | 4.1 g/cm³ |
| Oil Absorption | 18 g/100g |
| Average Particle Size | 0.26 μm |
| Ph Value | 6.5 - 8.0 |
| Residue On Sieve 45μm | ≤0.05% |
| Brightness | ≥96% |
| Moisture Content | ≤0.5% |
As an accredited BILLIONS LR-982 Titanium Dioxide factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The BILLIONS LR-982 Titanium Dioxide is packaged in a 25 kg white industrial-grade paper bag, labeled with product and safety information. |
| Shipping | BILLIONS LR-982 Titanium Dioxide is typically shipped in 25 kg multi-layer kraft paper bags with PE lining, or 500 kg/1000 kg jumbo bags. All packaging is securely palletized and shrink-wrapped for safe transport. Keep dry during shipment and storage. Handle according to standard safety and environmental regulations. |
| Storage | **BILLIONS LR-982 Titanium Dioxide** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly sealed to prevent contamination and moisture absorption. Avoid storing with incompatible substances, such as strong acids or bases. Ensure appropriate labeling and follow local regulations for chemical storage. |
Competitive BILLIONS LR-982 Titanium Dioxide 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
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As a manufacturer deeply involved in the daily reality of titanium dioxide production, we know what clients look for in white pigments. BILLIONS LR-982 steps up to industrial needs, forged by hands that face every challenge in the plant. This rutile grade titanium dioxide presents a sensible solution for applications demanding strong performance and lasting value. Built for plastics, masterbatches, and PVC profiles, users recognize this pigment in diverse industries thanks to its consistency, durability, and efficiency at every stage.
Drilling down into what processors, extruders, and converters encounter, we focus on real-world problems—dispersing powders in polymer melts, battling yellowing under sunlight, and keeping production lines moving smoothly. Our formula targets these issues. Factory technologists asked for a pigment that excels in color strength, maintains brightness in finished goods, delivers opacity at lower dosages, and resists outdoor weathering without costly stabilizers. LR-982 emerged in direct response to these requests, and every batch continues to reflect field-tested improvements.
It’s all too common for generic pigments to cause headaches—slow dispersion, inconsistent color, and reduced whiteness after processing. We set LR-982 apart using a careful balance of inorganic treatments on the rutile crystal surface. This means faster wet-out in polymer, fewer streaks and specks, and resistance to the heat that builds up during compounding. By controlling particle size distribution, we avoid unnecessary dust, keep flow smooth through feeders, and support high-speed lines.
Color performance isn’t just about lab results. Customers judge with their eyes and use colorimeters in production. LR-982 keeps whites clean, neutral, and bright. PVC profiles, injection-molded parts, and masterbatch pellets finished with it stay whiter over time, even when exposed to outdoor conditions. Field reports show lower undertone drift than standard grades, so manufacturers cut rework costs and produce fewer rejects. It’s practical, hard-won improvement, driven by listening to those who use the pigment every day.
We’ve witnessed how unstable pigment grades disappoint when exposed to sun, heat, or aggressive processing. Ultraviolet rays, plasticizers, and temperature cycles can fade or yellow conventional titanium dioxide. LR-982 incorporates optimized alumina and silica coatings. These fortifications help finished goods hold color outdoors, reduce gloss loss, limit chalking, and keep mechanical properties from degrading. For window profiles, siding, or outdoor furniture, the results deliver: extended service life and lower total cost throughout the value chain.
Production reliability counts for customers operating round the clock. Uneven or dusty pigments lead to equipment fouling, production stoppages, and scrap. LR-982 arrives as a dense, low-dust powder, made under ISO standards, and checked at every step. We don’t ship a kilogram until particle size, optical properties, and handling performance measure up. This practical commitment protects your uptime and keeps maintenance teams focused on other priorities.
From the shop floor to the lab, plant personnel value pigments that load cleanly and process predictably. In masterbatch plants, the quick dispersibility of LR-982 lets operators shorten mixing cycles and reduce energy use. For pipe and profile producers, good pigment flow lets extruders run at higher speeds without output losses. Our production team worked with process engineers and purchasing managers to test different pigment surface treatments, zeroing in on LR-982’s recipe to keep machinery clear and operations lean.
Heat stability matters particularly in areas like injection molding and thermoplastic extrusion, where pigments are held at high temperatures for extended times. Competing grades can clump, release volatiles, or discolor under pressure. LR-982’s surface treatment stabilizes the rutile structure, minimizing volatility at high temperatures and reducing pigment aggregation. Less agglomeration shows up in smoother parts, less downtime for cleaning, and fewer rejects on the line.
Our teams run comparative trials side-by-side with competitors’ products, not just in bench tests but on full-scale production lines. Many standard TiO2 rutile pigments were originally made for paints, not plastic. Those grades often lag in polymer matrix dispersion, sometimes lead to tool fouling, and lack robust UV resistance. LR-982, designed from the start for plastics, outperforms legacy formulas by consistently resisting heat stress, minimizing yellowing, and reducing the total pigment needed per tonne of plastic.
Some find that switching to a pigment like LR-982 removes the need for secondary UV or heat stabilizers in select applications. Less pigment dust keeps storage and workplace safety requirements more straightforward. The tight control over mean particle size—thanks to refined finishing equipment and process feedback—helps keep product quality tight at scale, with very few batches ever needing remediation.
Most users want less theory and more real outcomes. What stands out with LR-982 is the practical specification balance. The whiteness index consistently runs high, putting finished goods in the right optical range for premium appearance. Tint strength allows processors to reduce loading for the same opacity or brightness, trimming raw material outlays. Oil absorption falls into the right range for masterbatch producers, allowing easy mixing without excess lubricants. These are not numbers on a datasheet alone; they are benchmarks our customers have come to track for repeat orders and reliability.
The content of rutile—our chosen titanium dioxide crystal form—remains stable at high levels, confirmed by x-ray diffraction and real-world stress testing. Silica and alumina contents stay within designed bandwiths, giving both protection and wetting behavior planners expect when using LR-982 in different polymer resins. We monitor moisture, pH, and residue so handling stays worry-free. Finished product in bags or bulk trucks heads out only after it meets this tight window of specifications; we refuse to cut corners.
End-users measure pigment quality not just at delivery but across every run. Operators note how the pigment feeds into hoppers, how quickly the melt blends clear, and how parts come out free from discoloration or surface faults. Many have told us that LR-982 has cut their compounding cycle by up to 20 percent. Others have documented fewer filter changes or equipment cleanings, helping shift supervisors meet tight production targets. The difference comes from a pigment designed with input from those willing to share hard truths at the machine level—no theoretical claims or just marketing gloss.
Performance under pressure is a recurring theme with LR-982. It maintains brightness in HDPE film, resists photodegradation in polypropylene, and reduces the yellowing tendency in PVC profiles. People who line up every batch see that weather-facing goods show less gloss loss and surface chalking, even after year-long outdoor trials across climates. Our technical service staff are in regular contact with plant supervisors and maintenance leaders, handling traceability and troubleshooting faster because they connect at the manufacturer level, not through layers of third parties.
Controlling supply chains improves outcomes at every step. Our production runs start from carefully selected ilmenite ore. All processing—calcination, milling, surface treatment—runs under our roof, with a traceable record following each lot. Site teams verify every operation, using both classic titration and inline analytical tools, so pigment from our lines shows proven stability and color retention. We’ve cut out the risks that often show up if sourcing or finishing falls outside direct manufacturer control.
Batch-to-batch repeatability isn’t just a buzzword; it’s a necessity for our PVC and masterbatch partners. We store samples from each lot, confirm key parameters, and support customers with technical data or troubleshooting if questions arise months later. This kind of process discipline delivers insurance for every user: no unwelcome surprises or puzzling product variability.
Sustainability is on every producer’s agenda, from optimizing resource usage to reducing waste and supporting longer product lifecycles. LR-982 supports these goals through high hiding power and strong color strength, so less pigment does more work, and products don’t fade before their service time. In PVC windows, outdoor furniture, and long-life packaging, this means less frequent replacement, lower scrap, and less risk of premature failures that lead to costly warranty claims.
We’ve invested in improving process yields and waste management on our own site, reclaiming wash water, and minimizing dust emissions. End-users benefit through a pigment produced with respect for stringent standards, reducing the risk of regulatory headaches down the line. Consistency in performance supports suppliers aiming for Environmental Product Declarations and green building certifications—useful for those planning for long-term market realities.
We remain committed to evolving LR-982, always with feedback from users. Our R&D staff frequently run collaborative trials with plastic converters, updating surface treatment or wetting agent formulas as needs change. Technical conversations run two ways, with plant engineers contacting our specialists to optimize compounding or solve streaking issues. By sharing in-field findings—what works and what still needs refining—we keep pushing this pigment’s capabilities.
Our site-based labs test new blends under the real heat, shear, and weathering scenarios customers actually face. We don’t implement changes without wide trials and confirmed benefits on the processing line or in long-term durability. By involving operators, plant managers, and equipment maintenance staff in the conversation, we ensure that upgrades reflect tough realities, not just lab improvements or theoretical adjustments.
People who buy and use pigment year after year don’t just do so for a product—they want consistency, responsiveness, and honest partnership from their supplier. With LR-982, manufacturers experience fewer operational headaches. Downtime drops thanks to low-dust batches and easy feeding. Finished goods look sharp and stay bright. Operations find fewer defective or out-of-spec profiles and fewer process shutdowns for cleaning. These are commitments we back up with site tours, production documentation, and technical transparency at every request.
By working as a direct manufacturer, not a distributor, we shape every aspect of LR-982’s development, production, and delivery. Our facility runs with open doors for customer audits. We keep traceability on every lot shipped, answer technical questions rapidly, and make adjustments based on real-world feedback, not just lab tests. Our responsibility extends from the ore in our plant yard through every pallet that leaves our warehouse—so downstream manufacturers keep their own promises to end buyers.
Titanium dioxide has remained an industry staple because it directly shapes how products appear, last, and perform in all environments. Every improvement—tighter particle size control, robust surface treatments, smarter handling protocols—translates to advantage for line operators and end-users alike. LR-982 stands on a foundation of hands-on manufacturing experience, open dialogue with clients, and an ethos of making products better based on what works—not just what’s convenient.
We never stop learning from the people who run the machines, inspect finished goods, and manage production lines each day. Their reality informs every design and process update. We encourage plant managers, procurement officers, and production engineers to challenge us, suggesting the next step for LR-982 or asking for results in new applications. Our door stays open—because designing a pigment fit for harsh factory conditions and high consumer standards takes more than theory; it takes shared experience and some hard-earned lessons along the way.
