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HS Code |
872313 |
| Product Name | Pigment Violet R-IB |
| Color Index | PV |
| Appearance | Violet powder |
| Chemical Class | Azo |
| Lightfastness | Good |
| Heat Resistance | Stable up to 180°C |
| Oil Absorption | 35-45 g/100g |
| Specific Gravity | 1.5-1.7 |
| Particle Size | 0.2-1.5 microns |
| Ph Value | 6.5-7.5 |
| Solubility In Water | Insoluble |
| Applications | Plastics, inks, coatings |
| Toxicity | Low |
As an accredited Pigment Violet R-IB factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Pigment Violet R-IB is packaged in a 25 kg net weight fiber drum with inner polyethylene lining, securely sealed, and labeled. |
| Shipping | Pigment Violet R-IB is typically shipped in sealed, moisture-proof bags or fiber drums, protected from direct sunlight and heat. Packaging ensures stability, preventing contamination or spillage during transport. Appropriate labeling and handling procedures adhere to local regulations for non-hazardous pigments. Store in a cool, dry place upon delivery. |
| Storage | Pigment Violet R-IB should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible substances such as strong oxidizers. Keep the container tightly closed when not in use to prevent moisture absorption and contamination. Ensure proper labeling and avoid the generation of dust during handling to maintain safety and product quality. |
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Color Strength: Pigment Violet R-IB with high color strength is used in automotive coatings, where it delivers intense and long-lasting violet shades. Purity 98%: Pigment Violet R-IB with 98% purity is used in premium ink formulations, where it ensures vibrant print quality and minimal impurities. Particle Size 0.2 μm: Pigment Violet R-IB with 0.2 μm particle size is used in plastic masterbatches, where it provides excellent dispersion and uniform color distribution. Lightfastness Grade 7: Pigment Violet R-IB with lightfastness grade 7 is used in outdoor paints, where it offers superior resistance to fading from UV exposure. Oil Absorption 50 g/100g: Pigment Violet R-IB with oil absorption of 50 g/100g is used in offset inks, where it improves pigment wetting and ink consistency. Stability Temperature 180°C: Pigment Violet R-IB with stability up to 180°C is used in textile printing, where it maintains color integrity during heat curing processes. Molecular Weight 340 g/mol: Pigment Violet R-IB with molecular weight 340 g/mol is used in artist acrylics, where it provides reliable formulation control and hue stability. Heat Resistance 200°C: Pigment Violet R-IB with 200°C heat resistance is used in polyolefin plastics, where it prevents discoloration during high-temperature processing. Solvent Fastness: Pigment Violet R-IB with high solvent fastness is used in industrial coatings, where it preserves color even in aggressive chemical environments. Dispersibility: Pigment Violet R-IB with excellent dispersibility is used in water-based paints, where it achieves smooth application and reduces agglomeration issues. |
Competitive Pigment Violet R-IB 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 admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Years of experience in pigment synthesis have taught us the importance of reliability and repeatability. Pigment Violet R-IB reflects these principles in both its chemical structure and daily performance. This product represents a blend of robust color intensity and strong performance in demanding environments like plastics, coatings, and inks. With decades spent pouring over thick regulatory binders, running manufacturing lines through the night, and listening to direct customer feedback, every shipment we produce carries a history of hands-on expertise.
The R-IB model holds a distinct place in the pigment series. Its molecular backbone delivers a balance of vividness and resistance to fading that many competitors often cannot match. Pure batches have always impressed even our toughest quality control inspectors—with no burnt tones, clean filtration, and reliable shade repeatability year after year. As a direct manufacturer, we tune each reaction batch under close monitoring to minimize unpredictable shifts in the purple spectrum and cap off residual by-products that might otherwise migrate or bleed in sensitive applications.
Over the years, conversations at local and global trade shows have made one thing clear: compounders and processors want pigment that will hold fast through compounding, extrusion, and heat cycles without losing shade or gloss. Pigment Violet R-IB keeps its intensity even under high loadings and thermal stresses. Where other violets sometimes yellow or dull under UV exposure or chemical attack, this grade proves itself in projects that see outdoor life—think construction plastics, signage, sport equipment, and architectural paints. It shows true color fastness that stays stable after months in sunlight or repeated contact with cleaning chemicals.
Ink producers have pushed us hard on purity and dispersibility, and over years of plant trials, improvements in filtration and particle size control have paid off. The R-IB formula flows easily through fine-mesh filters and grinds to a fine point in modern dispersing equipment, so printers get clean, brilliant purples even in high-speed flexo or gravure runs. It supports tight tinting strength needs for packaging and label applications, where consistency from drum to drum cannot be compromised.
All pigment is not created with the same hands or the same standards. Our process starts with high-purity starting materials—carefully selected, thoroughly tested, and matched to each incoming batch. Old-school batch record-keeping, right down to the operator’s shift notes, makes sure every ton of R-IB can be traced back through every step: from initial charge, reaction timing, post-treatment, and drying. It is something a manufacturer learns to value after fielding those Friday afternoon technical inquiries from distant converters looking for the origin of a color glitch.
Differences between pigments go well beyond a shade card or a few points on a CI code list. Many alternative violet grades can drop out of suspension, plate on processing screws, or come up short in tint strength when added by weight. After long-term field testing and feedback from our top customers, the R-IB stands out for strong resistance to migration, sweating, and plate-out in polymer films and fibers. Manufacturers using recycled or biopolymer feedstocks have reported rare pigment compatibility issues—a testament to robust purification during synthesis.
Some lower-cost substitutes leave end users with haze, inconsistent gloss, or clumping during high-shear mixing. With R-IB, micronization is kept controlled through regular equipment maintenance and particle monitoring; we cut down on oversized counts by periodic recalibrations. As a result, compounders and extruders run smoother, and the finished goods show fewer inclusions and flaws, which reduces scrap and rework rates. Large injection molders have even documented improved plant uptime after switching, due to fewer line interruptions for color cleaning.
Over many production cycles, safety has earned its place above all else in pigment chemistry. Our R-IB synthesis follows strict adherence to regulatory expectations: no restricted heavy metals, low extractable content, and compliance with major industry standards that protect workers and consumers in Europe, North America, and Asia-Pacific. Responsibility means more than ticking the right boxes. Our in-house safety lab tests for migration, VOC content, and unwanted trace residues before clearing every batch for the warehouse.
Environmental stewardship comes naturally to any manufacturer that takes pride in operations and future reputation. Our process has seen significant reductions in solvent use, and water from rinses and purges is treated and recycled in-house. Waste streams are tracked from each shift’s filtration step through final waste treatment, and third-party audits help sharpen our own compliance beyond basic government requirements. End users want materials that hit their targets for low environmental impact, so our batch analyses are ready to support their applications in toy molding, food-contact packaging, or eco-certified products.
From PVC pipes mounted along rooftops to multilayer labels and automotive leather, Pigment Violet R-IB finds a place in a broad cross-section of industries. Various processors keep returning to this grade due to its strength in key applications. In rigid and flexible plastics, it integrates well during compounding, preserving clarity in translucent or opaque blends alike. Compounders see the benefit in lower letdowns, and color matching labs appreciate its reliability over seasonal changes and raw material shifts.
Coating formulators who have trialed multiple violet pigments have noted the impact resistance and chemical durability of R-IB in both solventbornes and waterbornes. The pigment disperses with less froth, achieves a deeper shade with fewer passes, and reduces blocking or tackiness in the final film. This helps manufacturers hit drives for higher throughput and reduced cycle times, which matters on busy coating lines where every minute counts. For ink makers, its rapid wetting and low grind times translate directly into more consistent print jobs and fewer color rejects at press-side Color QC stations.
No distributor carries the weight of a technical question quite like the chemist who has been running the synthesis for years. Knowing each step of the process means that when customers ask for help, we skip the roundabout and go straight to the heart of the issue. Whether troubleshooting a stray batch inconsistency or advising on formulation changes, our process and QC notes are close at hand—right down to the pH readings or specific agitation speeds used during finishing. Suppose an ink formulator inquires about causes for unexpected metamerism, or a plastics compounder needs proof of R-IB’s heat stability in new high-performance resins—answers draw directly from hands-on experience and reference samples, not sales pitches.
In cases where customers face challenges with regulatory documentation, migration test results, or downstream applications in strict industries like children’s toys or food packaging, our results come with a chain of evidence: signed test sheets, audit trails, real chemical analyses. Customers have brought us their toughest technical headaches: pigment settling in dispersion tanks, poor adhesion on unprimed surfaces, cross-contamination between color lines. By owning the process, we can offer solutions or batch modifications to address specific technical challenges.
Improvements in quality and performance have never stopped at the lab bench. Accumulated experience year over year brings process tweaks, upgraded equipment, and renewed training for operators. After field complaints, a full-scale line audit led to design upgrades for our wet milling step, eliminating a once common cause of oversized pigment aggregates. Collaboration with polymer researchers opened new post-treated variants for customers seeking even higher migration resistance or better compatibility in newly developed resins. Every change is tested in our pilot and main reactors before a single ton reaches the outside world.
The market shifts, and so must the product. Customers advancing into additive manufacturing, bioplastics, or digital printing come with new requirements for heat, light, and chemical stability. We don’t just hand out data sheets; we run custom trials in real industrial conditions and feed the results back into our process. As new environmental targets or standards evolve—whether about recyclability, trace element limits, or global food-contact guidelines—the tweaks happen upstream in raw material selection and batch control, not after the product leaves the factory gate.
A pigment is more than a product code or a bag on a warehouse shelf. Every order sits on a pile of work orders, shift logs, test records, and operator pride. Over many years shipping R-IB worldwide, we’ve fielded technical calls from customers facing labor shortages, equipment upgrades, or raw material shifts. The real value of dealing with us as a manufacturer comes when problems happen: a batch runs off-color, a new additive interacts oddly, a shipping delay causes urgency. There’s no blame game or time wasted—one call reaches a chemist, not a call center queue.
The pigment world turns on details: how a batch runs through a customer’s mixer at 120 rpm, how it copes with a surge in humidity on a summer afternoon, how it holds tint strength after weathering in an open-air rack for three months. With R-IB, technical support always traces back to those details—because every kilogram has a production story and every specification reflects a decision made inside our own plant. Customers have reported substantial time savings in shade adjustment and process troubleshooting, because solutions come from our team who have made and handled every batch themselves.
Years in manufacturing teach that trust builds batch by batch, not just through glossy brochures or market claims. Regular third-party testing and customer-run comparisons put R-IB up against the benchmarks—across parameters like lightfastness, tinting strength, heat stability, and migration. Results consistently show this violet pigment stands above generic alternatives, especially in long-service life or high-exposure products. Industrial clients in Europe, Asia, and the Americas document field performance data, and we use those results to guide steady improvements.
Customers both large and small appreciate getting real batch numbers and live production data, not recycled PDFs or recycled marketing slides. In the last few years, we’ve taken feedback from packaging, coatings, compounding, and ink sectors and incorporated many small but meaningful changes—controlled drying temperatures, enhanced milling, new filtration standards. Over the years, missteps get investigated, not swept aside, and lessons become new process controls.
Pigment Violet R-IB reflects our belief that color chemistry should serve the user, not the other way around. Continuous tracking and regular upgrades keep the process sharp. Stringent batch checks, hands-on shift reporting, and customer-driven feedback loops set the standard in our operation. Direct and honest discussions between our chemists and yours keep everyone moving forward.
As manufacturing moves toward higher efficiency, safer processes, and greener materials, Pigment Violet R-IB will continue to evolve, shaped by the real-world needs of those who use it. Whether the future brings new polymer technologies, advancing regulatory frameworks, or simply higher expectations for quality, our work rests on the convictions built in years at the reactor, the lab bench, and the customer’s factory floor.
That is how a genuine manufacturer approaches pigment—and how Pigment Violet R-IB has earned its reputation.