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Oil Yellow AAB

    • Product Name Oil Yellow AAB
    • Alias oilyel_aab
    • Einecs 220-316-2
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    853566

    Product Name Oil Yellow AAB
    Chemical Class Azo dye
    C.I. Number C.I. Solvent Yellow 2
    C.I. Index 11000
    CAS Number 60-09-3
    Molecular Formula C12H10N4O
    Molecular Weight 226.24 g/mol
    Physical Appearance Yellow powder
    Solubility Soluble in oils, hydrocarbons, and organic solvents; insoluble in water
    Melting Point 150-152°C
    Primary Use Colorant for oils, waxes, plastics, and inks
    Light Fastness Moderate
    Stability Stable under normal storage conditions
    Density Approx. 1.22 g/cm³
    EINECS Number 200-453-6

    As an accredited Oil Yellow AAB factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Oil Yellow AAB is packaged in a 500g tightly sealed amber glass bottle with a chemical-resistant label displaying hazard and handling information.
    Shipping Oil Yellow AAB should be shipped in tightly sealed containers, away from direct sunlight, heat, and sources of ignition. It must be handled as a chemical product, conforming to local, national, and international regulations for pigments or dyes. Proper labeling, documentation, and use of personal protective equipment (PPE) during handling are required.
    Storage Oil Yellow AAB should be stored in a cool, dry, and well-ventilated area away from sources of ignition and incompatible materials. Keep the container tightly closed and protected from direct sunlight and moisture. Avoid contact with strong oxidizing agents. Properly label the storage container and ensure it is made of materials compatible with organic dyes to prevent leaks or contamination.
    Application of Oil Yellow AAB

    Applications of Oil Yellow AAB in Industrial Manufacturing

    Oil Yellow AAB serves as a specialized solvent dye widely adopted in multiple industrial value chains requiring consistent coloration performance within oil-based systems. As the direct producer, we ensure precise formulation suitability for key downstream sectors, with documentation supporting compliance, traceability, and technical processing optimization. Below, we detail actionable use cases within authentic industrial settings, aligning with up-to-date regulatory and manufacturing guidelines.

    1. Coloring of Petroleum Lubricants

    Industrial lubricant manufacturers select Oil Yellow AAB to impart a precise yellow shade to base oils and formulated lubricants, facilitating batch identification, branding, and detection of cross-contamination. The dye enters the process during blending of additives into Group I, II, or III base stocks in both automotive and industrial grades, with color intensity tied to base oil solvency, additive load, and visual standards enforced by end users and regulatory authorities. Paints or unapproved dyes can compromise anti-wear chemistry and hydrolytic stability, making the use of chemically compatible solvent dyes critical.

    Industry compliance standards

    • ASTM D1500 (ASTM Color of Petroleum Products)
    • ISO 3448:1992 (Industrial liquid lubricants standards)
    • REACH Regulation (EC) No 1907/2006—restricted substances compliance
    • SAE J1837 (Lubricant Additive Color Coding)

    Typical usage ratio

    • 3–30 mg/kg based on targeted color index, base oil type, and required visual strength; lighter base stocks require lower dose rates than Group II/III oils.

    Downstream process integration

    • Dosed during additive blending or “topping off” after oxygenate adjustment; heated inline mixing tanks or post-filtration color correction stages.

    Final product types

    • Hydraulic fluids
    • Gear oils
    • Compressor lubricants
    • Passenger car engine oils
    • Transmission fluids

    2. Fuel Dyeing in Legal Marking Systems

    Oil Yellow AAB functions as a distinct marker in fuel taxation management and regulatory compliance programs. Refiners and fuel marketers introduce the dye to demarcate off-road diesel, kerosene, or heating oil stocks, in strict adherence to government visibility standards and detection limits. The dye resists UV-light fading and chemical extraction, maintaining color visibility through typical fuel distribution and storage. It aids authorities in downstream field inspection, directly linking product color to tax status or permissible end use.

    Industry compliance standards

    • European Directive 95/60/EC (dye markers in gas oils and kerosene)
    • US EPA Fuel Dyeing Regulations (40 CFR 80.520, 40 CFR 80.615)
    • EN 590:2013+A1 (Automotive fuels—Diesel—Requirements and test methods)
    • Customs and Excise Notices (various national regulations for tax-exempt fuels)

    Typical usage ratio

    • 5–20 mg/L, subject to national legal minimum color intensity thresholds; dosing systems calibrated for consistent distribution within bulk fuel stocks.

    Downstream process integration

    • In-tank injection at refinery or authorized terminal during product transfer; online mixing skids or static inline mixer nozzles for homogeneous color dispersion.

    Final product types

    • Off-road diesel (agricultural fuel)
    • Heating oils
    • Tax-exempt kerosene
    • Marine gas oil

    3. Colorant for Industrial Metalworking Fluids

    Metalworking fluid suppliers integrate Oil Yellow AAB to manufacture soluble oil and semi-synthetic coolant concentrates, assisting operators in fluid type identification and concentration control during metal cutting, grinding, or forming. Consistent colorant use provides visual confirmation of proper dilution at end-user sites, reducing inappropriate fluid handling and improving recordkeeping within ISO 9001 and IATF 16949 certified plants. The dye’s chemical structure maintains shade stability in the presence of alkaline additives and biocides commonly used in fluids.

    Industry compliance standards

    • TRGS 611 (Technical rules for hazardous substances—coolants)
    • ISO 6743-7:2017 (Lubricants, industrial oils and related products—Family M: Metalworking fluids)
    • REACH and CLP compliance for worker/environmental safety
    • OECD EHS guidelines for water discharge

    Typical usage ratio

    • 7–25 mg/kg based on base concentrate color target and dilution rate in water (darker color for higher oil-to-water ratios).

    Downstream process integration

    • Blended following base oil and additive premix; added prior to final filtration to assure total mixing and prevent shade drift at the point of packing.

    Final product types

    • Soluble oil cutting fluids
    • Semi-synthetic coolant concentrates
    • Grinding emulsions
    • Metal forming lubricants

    4. Plastic Polymer Coloring for Engineering Applications

    Plastics processors employ Oil Yellow AAB as a solvent dye for coloring transparent or translucent plastics, particularly for polycarbonate, polystyrene, and acrylic resins used in engineering and consumer products. It delivers a uniform yellow hue without impairing optical clarity or polymer performance. The dye’s high thermal stability and excellent light fastness properties align with QC specifications set by the electrical, automotive, and lighting industries, where visual consistency and migration resistance under heat are critical success factors.

    Industry compliance standards

    • RoHS Directive 2011/65/EU (Restriction of hazardous substances in plastics)
    • UL 746C (Polymer plastics used in electrical equipment)
    • ISO 4892-2 (Plastics—Exposure to laboratory light sources—Xenon arc lamps)
    • OEM approved color masterbatch certifications

    Typical usage ratio

    • 10–80 mg/kg depending on polymer resin, final part thickness, and color target; higher end reserved for tinted sheets or filtration-sensitive applications.

    Downstream process integration

    • Incorporated into masterbatch concentrates during melt compounding; direct addition in resin hopper, followed by extrusion or injection molding stages.

    Final product types

    • Polycarbonate and acrylic lamp covers
    • Polystyrene packaging films
    • Automotive lens components
    • Electrical enclosure parts

    5. Color Enhancement in Leather Finishing Oils

    Tanneries and specialty leather finish manufacturers utilize Oil Yellow AAB in fatliquoring and top-coating formulations to achieve specific yellow tones in finished hides and skins. The dye imparts uniform coloration even in high-fat mixtures and helps mask imperfections on split leathers. Adherence to chemical substance restrictions in the footwear, automotive, and upholstery markets requires careful selection of dyes with tested migration, fastness, and toxicology profiles.

    Industry compliance standards

    • ZDHC MRSL (Zero Discharge of Hazardous Chemicals—Manufacturing Restricted Substances List)
    • ISO 17234-1 (Leather—Chemical tests for dyes)
    • REACH Annex XVII (Restrictions on Substances)
    • LWG (Leather Working Group) Audit Guidelines

    Typical usage ratio

    • 15–60 mg/kg in fatliquor and finishing mixtures; actual dose determined by leather thickness, target color saturation, and required migration test results.

    Downstream process integration

    • Added during mechanical mixing with fatliquors or waxes; applied in drum or spray finishing steps prior to final buffing and inspection.

    Final product types

    • Automotive leather upholstery
    • Footwear and bag leathers
    • Furniture upholstery hides
    • Specialty bookbinding leathers

    6. Dyeing of Oleoresin and Specialty Wax Formulations

    Manufacturers in the oleoresin and specialty wax sectors leverage Oil Yellow AAB for color adjustment in both natural and petroleum-based wax blends used in polishes, crayons, and art materials. The dye’s solubility profile ensures consistent shade development in high-wax matrices, fulfilling criteria for light stability and non-migration under formulation exposure conditions. Producers especially value the dye’s compatibility with hydrocarbon, paraffin, and microcrystalline waxes processed under elevated temperature blending operations.

    Industry compliance standards

    • FDA 21 CFR 175.300 (Resinous and polymeric coatings—where applicable)
    • EN 71-3 (Safety of Toys—Migration of certain elements, relevant for colored crayons/waxes)
    • RSLs (Restricted Substance Lists) from global brand owners for art materials
    • ISO 9001:2015 (Quality management for specialty chemicals production)

    Typical usage ratio

    • 8–50 mg/kg; lower limits for pastel shades in oleoresin blends, higher for deeply hued polishes, crayons, or modelling waxes.

    Downstream process integration

    • Charged directly to molten wax or oleoresin blends during batch compounding; followed by cooling, casting, or granulation phases.

    Final product types

    • Floor and furniture polishes
    • Crayons and colored wax sticks
    • Decorative modeling waxes
    • Industrial sealing waxes
    Free Quote

    Competitive Oil Yellow AAB prices that fit your budget—flexible terms and customized quotes for every order.

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    Email: admin@sinochem-nanjing.com

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    Certification & Compliance
    More Introduction

    Oil Yellow AAB — Trusted Quality from Direct Manufacture

    Reliable Performance in Coloring Applications

    In the world of industrial pigments, Oil Yellow AAB stands out for its stability and vibrant tone, gaining a strong reputation among factories who expect dependable results from every batch. Having worked with this pigment for more than fifteen years, our team knows firsthand how color standards, repeatability, and ease of handling make a difference throughout production and product life cycle. Oil Yellow AAB, also known by the model PY81, offers sound performance for manufacturers who expect clarity without frequent formulation changes or costly rework.

    Specifications Backed by Manufacturing Experience

    Producing Oil Yellow AAB is not just about hitting a color target—it takes attention to purity, particle size, moisture content, and tinting strength at scale. In our line, we keep free moisture below 1.0% to avoid caking and flow issues that frustrate operators. Typical color index strength lands between 95-105%, making batch-to-batch adjustments unnecessary along high-volume production lines. Lightfastness holds up well for indoor uses and short-term outdoor exposure, so furniture, plastics, printing inks, and leather finishes keep their look across storage and everyday use. Rigorous screening with Hegman fineness standards ensures smooth dispersion for even, streak-free color.

    From years of customer trials and internal batch checks, Oil Yellow AAB’s melting range stays within 175-185°C. The pigment disperses quickly in oils, non-polar solvents, and a range of resins, helping cut down downtime on color changeovers in batch or continuous mixing systems. By minimizing waste and rejection at the mixer, job costs become more predictable, and operators avoid the headaches of color drift during long production shifts.

    Practical Applications — What Sets Oil Yellow AAB Apart

    Color often draws the first glance, but processability and performance tell the bigger story for our customers in plastics, inks, and coatings. Oil Yellow AAB resists migration and bleeding in PVC and polyolefins, sparing extruder crews from unwanted color transfer between production runs. Furniture manufacturers count on this pigment to keep surfaces clean under heat and sunlight, with fewer complaints about fading or discoloration after shipment.

    In ink applications, Oil Yellow AAB maintains clarity and gloss in both nitrocellulose and polyurethane-based formulations. Printers using flexo and gravure setups report less plate fouling and downtime. Coating specialists working in wood and metal finishes value the way this yellow blends into varnishes, producing tones from pale lemon to richer yellows without clouding. Oil Yellow AAB’s consistency and low oil absorption help formulators hit gloss and viscosity targets while reducing extra surfactant demand.

    Differences Based on Field Feedback

    Compared to other diarylide yellows, Oil Yellow AAB shows stronger image clarity and saturation at comparable pigment loads. Our process avoids coarse crystals, a frequent root cause of clogging and speckling in screen printing and thin-film coatings. Installations running older extruders or mills have fewer filter blockages and less end-of-line cleaning by shifting to this grade.

    Organic pigments like Oil Yellow AAB avoid many issues tied to lead-based yellows, which long ago left compliance for most responsible manufacturers. Migration performance stays markedly better than monoazo or cheaper mixed-metal alternatives, especially in flexible packaging or cables prone to temperature swings. This pigment’s chemical resistance also holds up under most household and alkaline cleaners — an edge for coatings and molded products meant to survive real-world wear.

    Experience Streamlining End-User Success

    Our manufacturing history with Oil Yellow AAB means we encounter many unique challenges from partners across Asia, Europe, the Middle East, and the Americas. Some users run high-throughput twin-screw compounding lines, where pigment settling can trigger feeding problems and unbalanced coloration. We developed an adjusted precipitation method that yields a more flowable powder, easing both automatic and manual dosing. This innovation came from watching line stoppages in our own plant, then working alongside users to fine-tune the filter and drying stages until the dustiness and clumping started disappearing.

    Others, especially smaller batch processors, need a pigment that disperses fast to save energy and time. For those lines, refining surface treatment has helped speed up incorporation in both oil-based and waterborne systems. Years of real-world batch records show faster homogenization, fewer agglomerates, and a tighter color curve for repeat orders. Test results mean little if a pigment takes twice as long to wet out during rush periods, so we focused on maximizing throughput per shift.

    Quality Controls and Traceability — Built In, Not Bolted On

    Pigment quality depends on small things—lot consistency, absence of off-shades, and a tight chemical profile. By controlling the process all the way from raw aromatic amines and coupling agents to the final packing stage, we cut out a lot of the root causes of surprise failures. Each lot carries full batch traceability back to raw receipts and in-line QC, so customers tracing a lot query have clear information without weeks of uncertainty.

    We have built our process controls based on repeated supplier audits and firsthand lessons from many industries—the same yellow that works for a kid’s pencil set sometimes causes issues when used in food packaging. Our team changed raw material grades multiple times before landing on supply chains with as little variation as possible in iron content and impurity profiles. After process stabilization, pigment particles now hold tolerance well under five microns, a small detail but one that minimizes end-user agitation and color drift.

    Environmental and User Safety Commitments

    Factories and consumers ask tougher safety questions each year, from regulatory compliance to everyday exposure risk. As a manufacturer, we handle every step in controlled environments, limiting both dust and waste emissions to well under common thresholds. Oil Yellow AAB does not use known carcinogenic precursors and does not contain heavy metals restricted in EU, China, or North American markets. We use closed-loop water treatment and solvent recovery systems to minimize environmental impact, and our waste pigment cake gets suitable handling according to local and international best practices.

    Occupational safety matters as much as raw specs. Over the past decade, we have upgraded dust collection at drying and grinding steps, reducing airborne particulate readings by over 60%. Employees wear personal monitoring badges, and medical checks track trends long-term to catch potential issues early. This might sound out of scope for customers, but trust in a product grows when users know it was made with care for people along the entire value chain.

    Supporting Innovation and Custom Orders

    Many partners bring special processing or color-matching needs that standard inventory cannot meet out of the box. Our in-house R&D, staffed with chemists who have worked decades in pigment synthesis, regularly collaborates with customers to fine-tune strength, dispersibility, or shade. Custom blend requests often involve close, sustained feedback: a plastics client in Turkey, for example, needed a warmer yellow tone that would pass both migration and weather fastness for outdoor toys. By adjusting coupling stage timing and altering surface treatments, we helped the customer cut rework by 30% and achieve steady compliance for export.

    Innovation sometimes comes from failure. One batch destined for a niche UV-resistant PVC cable job failed initial lightfastness checks. Pulling samples back through the entire process, our team found minor contamination in an intermediate storage bin. Since then, we close off every batch with chain-of-custody records, scanning IR profiles for even tiny out-of-spec readings before release. No process stays perfect, but continuous records and feedback turn mistakes into steady improvements—customers should not have to carry the risk or cost for oversights at the pigment source.

    Knowledge Gained Over Years of Manufacturing

    Working in pigment production tells you a lot about the pressure end-users face. High-shear dispersers, low-speed mixers, early-stage extruders—each setup tests pigments differently, and failures at any step set off a trail of wasted hours and money. By regularly producing at both pilot and full scale, our team sees what works and hunts weaknesses before they land at the customer’s plant. We welcome customers for plant visits and audits, because trust builds only when customers see the process, the team, and the changes made in response to feedback.

    Some customers work under limits for volatile organic content and solvent resistance, or need documentation aligned to REACH, RoHS, or other standards. Our compliance team, consisting of staff who have worked in major regulatory offices, walks customers through supply chain transparency and helps file required papers with authorities or brand owners. Our regular participation in pigment associations connects us with broader technical trends, from microplastics reduction to solventless resin systems. This real-world grounding means Oil Yellow AAB’s ongoing reformulations keep ahead of what’s expected down the road.

    Solutions for Actual Industry Challenges

    One recurring issue in the pigment market involves iced supply chains and counterfeit product in some regions. We supply directly from our plant, using proprietary labeling, holographic-banded drums, and a QR tracking system. Each order receives a recorded chain-of-custody note. In regions facing storage and temperature control issues, our team provides detailed storage guidance and technical support. We have seen how small changes—such as expanded-foam inserts or switching to moisture-barrier bags—drop caking rates for bulk customers. This comes from our history moving product not just across dry temperate zones, but also high-humidity tropical ports.

    Any factory using our pigment gets free technical consultation on dispersing agents, dosing setups, and troubleshooting. Operators struggling with streaking, plate out, or color shift send direct samples for lab analysis and batch-to-batch advice. As frequent partners with high-mix, low-volume plastic molders, we know some challenges require more than a standard spec sheet—you need a manufacturer who runs their own lines and can spot under-the-radar causes, not just recite recipe changes.

    Customer-Centric Shipping and Support

    Jumping from the lab to actual end-use means helping customers solve real-world issues—shipping delays, customs hang-ups, new compliance marks, or even handling at destination warehouses. As the original manufacturer, our logistics team shepherds every shipment from final QC seal to arrival, with teams trained on both local rules and global logistics. Many on our team came up through warehouse and transport roles before joining us, and they care about timely delivery and correct paperwork as much as the chemists do about color stability.

    Recent years saw emergencies disrupt many industries—pandemic controls, shipping gridlock, and regulatory changes sent shockwaves even to pigments. By keeping buffer stocks at multiple storage sites and forging standby agreements with shippers, we help customers avoid costly shutdowns.

    What Matters to Real Users

    Factories tell us openly what counts: no unnecessary downtime, no mystery impurities, decent shelf life, and a color that stays true from drum to product. Our Oil Yellow AAB matches these needs through controlled process steps, broad technical support, and stable supply that doesn’t jump price with every market shakeup. The difference between a pigment that causes rework and one that helps you get through a busy season shows itself not during sales calls, but at two in the morning on a hot batch line.

    We put our name and reputation behind Oil Yellow AAB. Teams from every area—synthesis, blending, QC, packaging, and compliance—have tested, improved, and stood by this pigment’s performance in conditions far removed from controlled laboratories. That hands-on history gives Oil Yellow AAB a practical reliability you can taste in real-world results.