|
HS Code |
465070 |
| Product Name | Pigment Bright Red |
| Color | Bright Red |
| Appearance | Fine Powder |
| Chemical Class | Organic Pigment |
| Particle Size | 1-5 microns |
| Odor | Odorless |
| Lightfastness | Good |
| Oil Absorption | High |
| Heat Resistance | Up to 180°C |
| Solubility | Insoluble in water |
| Application | Paints, plastics, inks |
| Density | 1.6 g/cm³ |
As an accredited Pigment Bright Red factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Pigment Bright Red comes in a durable, sealed 500g plastic container with clear labeling, safety information, and batch number. |
| Shipping | Shipping for Pigment Bright Red is conducted in sealed, moisture-proof containers to preserve quality and prevent contamination. Packages are clearly labeled with hazard and handling instructions. Transport complies with local regulations regarding chemical pigments, including safe handling, storage, and documentation. Temperature and stability are monitored throughout delivery to ensure product integrity. |
| Storage | Pigment Bright Red should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of ignition. Keep container tightly closed and avoid exposure to moisture. Store separately from incompatible materials such as strong oxidizers and acids. Label all containers clearly and handle with appropriate personal protective equipment to prevent inhalation or skin contact. |
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Purity 98%: Pigment Bright Red with 98% purity is used in automotive coatings, where it ensures consistent and vivid color strength. Particle size 0.3 µm: Pigment Bright Red with 0.3 µm particle size is used in high-resolution inkjet printing, where it provides smooth dispersion and high-definition prints. Heat stability 200°C: Pigment Bright Red with 200°C heat stability is used in plastic extrusion, where it maintains color integrity during high-temperature processing. Lightfastness grade 7: Pigment Bright Red with lightfastness grade 7 is used in outdoor signage, where it delivers excellent resistance to color fading under UV exposure. Oil absorption 45 g/100g: Pigment Bright Red with oil absorption of 45 g/100g is used in industrial paints, where it aids in optimal viscosity control and uniform application. Molecular weight 450 g/mol: Pigment Bright Red with a molecular weight of 450 g/mol is used in textile printing, where it ensures rapid dye fixation and vibrant coloration. Melting point 320°C: Pigment Bright Red with a melting point of 320°C is used in powder coatings, where it allows for superior thermal resistance during curing. pH stability 6.5–8.0: Pigment Bright Red with pH stability of 6.5–8.0 is used in water-based paints, where it provides long-term dispersion stability and prevents pigment settling. Solvent resistance: Pigment Bright Red with high solvent resistance is used in packaging inks, where it delivers durability against chemical exposure and abrasion. |
Competitive Pigment Bright Red 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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Every manufacturer measures success by a simple principle: do customers ask for your product by name, or do they hunt for substitutes? Pigment Bright Red stands out as a dependable cornerstone in our pigment range. Over decades of production, research, and partnership with end users, we have built a manufacturing process that speaks for itself in quality, consistency, and reliability.
The pigment sector rewards those who know their raw materials, trust their process parameters, and maintain a hands-on approach every batch, every drum, every year. Bright Red pigment owes its reputation not to a marketing phrase, but to the results it delivers across plastics, inks, paints, and coatings—where performance under real-world conditions matters more than laboratory promise. With model numbers such as PR170 and PR122 in our catalogue, we demonstrate that pigment isn’t just about shade but character, standardization, and application compatibility.
We do not buy and relabel; we produce from primary intermediates to finished pigment powder. On our factory floor, every lot starts with stringent vetting of raw aromatic compounds. We track reaction conditions down to the degree and pH point—minor variations can create a different final shade, a weaker chroma, or unexpected bleed. Customers in industrial paints, offset inks, plastics compounding, and textile printing have tested Bright Red pigment not just in samples but in hundreds of thousands of tons of finished goods. Decades in, the loyalty speaks for itself: brands don’t tolerate batch-to-batch inconsistency; mass manufacturers can’t stop the press because color faded six months down the line.
This loyalty exists because we control sulphonation, coupling, filtering, and drying in-house, using process intelligence built from multi-year data—not only laboratory theory. If someone seeks a strong, brilliant, fade-resistant red that stays put in a polyurethane coating, doesn’t bleed in a PVC extrusion, or sets fast in high-speed flexo inks, we can point to track records and real manufacturing results.
Chemical manufacturers earn their keep by answering questions with facts. For Bright Red pigment, questions focus on color strength, lightfastness, migration, and handling. Specifications alone don’t capture the stress a pigment takes in a three-day weathering test, or in month-long exposure in south-facing architectural panels.
Across our pigment models, PR170 stands for a solid, blue-shade red with excellent resistance to solvents and moderate lightfastness—suitable for use in solvent-based coatings, UV-cured systems, and as a cost-effective upgrade from older, less brilliant reds. Our PR122, meanwhile, delivers deeper magenta tone, better weather resistance, and higher heat stability, valued in high-performance plastics such as polyolefins, PVC, and engineering resins. Artists’ paints, automotive coatings, and printer inks all demand tightest possible control of hue; our process adjustments and post-treatment options keep metamerism, overspray, and color shift in check long before a can or bag leaves the warehouse.
Batch testing doesn’t end at the filter press. Every lot faces a series of dispersibility and application performance tests, including mill-based and let-down trials in customer solvents or resin blends. We have watched competitors cut corners, blend off-spec product back into mainstream grades, or chase cost by relying on outside intermediates. The result shows up sooner or later as rejections, long phone calls, and customers forced to recalibrate their processes. Our plant foremen and QC technicians know that time and energy spent minimizing deviation today saves customers hundreds of thousands lost to downtime or waste scrap. That discipline, ingrained and enforced, is the difference a manufacturer brings compared to traders or repackers with little technical control.
Pigment has to withstand more than a color chart. End-use environments—from automotive sunroofs to outdoor billboard inks—are the battlefield where pigment quality stands or falls. Our Bright Red models thrive here because we’ve tuned crystal morphology, particle size, and surface treatment to balance opacity and dispersibility while resisting photodegradation, bleed, and migration.
In plastic compounding, heat stability decides the usefulness of the pigment. Many reds degrade or shift color above standard extrusion temperatures. Our regular PR170 holds shade and chroma up to 220°C in polyolefin systems, while PR122 copes with higher engineering plastic ranges near 280°C. For packaging films, where migration to food or cosmetic contents poses regulatory risks, we rely on analytical data—FDA and EU 10/2011 migration limits—to guide both our formulation and customer advisories.
Roll these technical points together, and you see more than just color output. Proper dispersion in resin systems enhances not only color development, but mechanical properties by eliminating flocculation and loss of gloss. In inks, especially water-based and high-speed gravure, our pigment grades remain stable in viscosity and don’t aggregate, maintaining press consistency over long runs.
The market teems with reds from various sources: organic, inorganic, monoazo, disazo, quinacridones, and more. Each pigment family brings its own strengths and limits. In the hands of a manufacturer, blending and upstream process integration allows us to fine-tune Bright Red by targeted purification, crystallinity control, and surface modification. That’s how we achieve a cleaner, higher-chroma red that doesn’t haze in plastics, bleed out of polymer films, or fade under heavy UV load.
Compared to commodity reds—often based on older monoazo chemistry—our Bright Red series shows richer, deeper color even at lower loadings, decreasing raw material input without sacrificing opacity. This matters to large-scale users seeking reductions in side-costs: improved volume-to-shade ratios cut not only pigment spend but solvent, dispersant, and energy intensity in mixing and let-down. Paint formulators notice the difference during high-shear milling: less time to develop strength, less energy needed to reach full coloration.
Laboratories sometimes bury these points under technical language—‘tinting strength’, ‘specific surface area’, ‘delta E’ comparisons—but customers experience them as simpler day-to-day realities: will this red match the approved standard every batch? Will it stay stable after four seasons under the sun or in warehouse storage? Can it transition between vinyl, acrylic, and alkyd media without forced adjustments? Our product line is built to answer yes, supported not by spec sheets, but by customer audits and on-site trials.
From the extrusion floor to the ink mixing room, Pigment Bright Red has earned a seat with customers who care about process outcomes. Injection molders in automotive supply chains, for instance, require high purity and thermal endurance; a pigment batch contaminated by iron or residual heavy metals spells instant rejection. By keeping synthesis under one roof and monitoring wash purity, we’ve kept countless supply lines running smoothly, with less scrap and rework.
Coating formulators for commercial buildings and exterior hardware insist on reds that neither chalk nor shift toward orange after years of exposure. Our long-term outdoor panels—set up in the world’s harshest climates—show the payoff: coatings retain depth and gloss, and customers avoid costly warranty claims or repaint cycles. Ink manufacturers for food and hygiene packaging lean hard on us for migration and solubility data; direct coordination between our R&D chemists and customer R&D staff means any risk flagged upstream gets solved before scaleup, not after.
Manufacturing pigment brings responsibility beyond the fence line. Regulations have tightened across the EU, US, and Asia regarding heavy metal content, aromatic amines, and banned impurities. We maintain detailed batch records for every lot shipped and retain samples for traceability audits going back over a decade. The value here isn’t just compliance: it’s risk management for our customers. They know they’ll pass brand audits, satisfy REACH, ROHS, or EN71 safety checks, and avoid surprises on import or export docks.
On the environmental front, we run wastewater and ambient air controls tied directly to real-time monitoring—no lag, no guesswork. By optimizing our effluent treatment and implementing closed-loop water use, we’ve cut our environmental footprint, but also ensured consistent pigment quality batch after batch. Customers feel these efforts: they aren’t left handling off-spec material, and their own environmental KPIs stay on target.
Pigment supply is not just shipping a bag or drum—it’s a collaborative effort. Our technical team visits customer sites frequently and reviews application issues from filter clogging in gravure presses to unexpected haze in transparent films. When a customer faces a challenge, we review plant conditions, adjust dispersant packages, tweak grind times, or, if needed, alter the surface treatment at the point of pigment synthesis. These closed-loop conversations root out hidden costs and inefficiencies, allowing both us and our partners to evolve together.
For producers transitioning to new acrylic binders or solvent-reduced coatings, we supply not only pigment samples but stirring, testing, and blend support drawn from years of batch plant operations. This practical knowledge prevents downtime and shields our partners from expensive troubleshooting on their own. Thanks to direct, real-world feedback, we guide the development of upgraded pigment batches designed around end-user needs, not just laboratory convenience.
Customers increasingly want pigment with not only technical credentials but also a sustainable pedigree. With a controlled closed-loop process, reduced water and energy demand per ton, and local sourcing for key organic intermediates, we present documentation and progress data for those who require proof. For those seeking bio-based or recyclable packaging, we offer supply in returnable drums or bulk totes, cutting landfill impact and lowering total delivery cost.
Lab-based advances often don’t reach full-scale production. We invest in trial lines where new chemistry—alternative disazo linkages, greener solvents, low-VOC auxiliaries—get stress tested before they hit customer factories. When raw material shortages or price spikes hit global markets, our vertical integration shields end-users from most of the volatility: long-term supply contracts and local stockholding ensure stable lead times and pricing.
Pigment Bright Red colors products people use daily: from hand tools to high-fashion apparel, children’s toys to automotive interiors, branded logos to artist posters. Each industry poses unique challenges—fast-cycle plastic molding, UV-cured printheads, solventless coatings—but our hard-won production experience lets us tune pigment grade, filter fineness, and packaging size to the job at hand.
Artists confront us with demand for clean undertones and broad mixing latitude; plastics processors want thermal and chemical integrity; paint makers push for coverage and anti-settling performance. Because our staff see the same customers year after year, and some have stood at the same production line for decades, rare problems don’t get lost in the shuffle. We collect those lessons and feed them straight back into new pigment model development, closing the loop between plant and person.
Every pigment manufacturer claims “quality,” but to us, it means more than lab certificates. Throughout our process, we keep physical control over every ton of batch movement, maintain multiple inspection points, and conduct additional weather and chemical resistance testing. Routine customer audits of our site ensure that traceability holds and remedial action plans are live, not just printed.
Third-party certifications—ISO, local safety audits—add weight, but the true proof comes when issues arise. A shipment lost its gloss in a new resin; a color drifted in a six-month weathering test; a batch arrived with unexpected moisture. When we address these events, the fix is not a phone call to an upstream supplier but action on our line, with our people. This is how a manufacturer owns results and protects its partners from repeat headaches.
We do not rely on trade circuits or opaque sourcing; instead, we offer plant visit opportunities and supply full batch histories to our long-term customers. This transparency has opened new markets for us: global brands looking for stable, responsible suppliers; regional paint formulators needing backlog access so they can match lot-to-lot shade; even makers of children’s goods and art supplies under tight consumer safety rules.
When new regulations, such as tighter heavy metal limits or new allergen disclosures, emerge, we update processes in-house—not last minute, not after the fact, but proactively. As a result, our pigment lines don’t leave customers scrambling at audit time; compliance is never an afterthought.
Our knowledge base grows not only from production data but from user stories. When we partner with compounders making bio-based plastics, we hear about demands for not just color, but compostability and non-toxicity. Industrial coatings teams demand reporting on yellowing and retentivity after salt-fog abuse. We bring these needs back, often redesigning a process or creating a niche pigment flake for that exact solution.
In each case, it’s the mutual trust and true dialogue that push pigment performance forward. The best reds come from manufacturers who listen, adapt, and themseves stand in their customers’ shoes, testing new samples on their shop floors, revising synthetic steps as real feedback dictates.
Markets have no patience for unreliable suppliers. Many buyers have faced shrinkage, shade drift, or sudden shortages from traders who don’t oversee the source. Through direct manufacture, site audits, transparent specification, and full ownership of our supply chain, we keep Bright Red pigment running without the disruptions, confusion, or rejections that plague users of repacked or resold goods.
You see the results across every step. Whether a customer needs tight L*a*b* matching for an automotive finish, high transparency for packaging films, or extended gloss retention for commercial buildings, our skill in one area migrates into others—strengthening the red’s reputation across the industry. Our plant teams invest resources to ensure that experience is cumulative and lessons are passed, not lost to turnover or outsourced to unknown hands. This is how we guarantee that every drum of Pigment Bright Red meets not just its technical specifications, but the lived expectations of the end users who trust us year after year.