|
HS Code |
543799 |
| Product Name | Red WW-3BS |
| Model Number | WW-3BS |
| Color | Red |
| Category | Electronic Device |
| Weight | 1.2 kg |
| Dimensions | 25 x 15 x 7 cm |
| Material | Aluminum Alloy |
| Power Consumption | 60W |
| Voltage | 220V |
| Manufacturer | WW Industries |
| Warranty | 1 year |
| Release Date | 2022-10-15 |
As an accredited Red WW-3BS factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Red WW-3BS is packaged in a 25 kg net weight woven polypropylene bag with inner polyethylene lining for moisture protection. |
| Shipping | Red WW-3BS should be shipped in tightly sealed containers, protected from moisture and sunlight. Ensure the packaging complies with chemical transport regulations. Handle with care to prevent leaks or spills. Label appropriately with hazard information. Transport should be in accordance with local, national, and international chemical shipping standards. |
| Storage | Red WW-3BS should be stored in a cool, dry, and well-ventilated area away from direct sunlight and sources of moisture. Keep the container tightly closed and clearly labeled. Prevent contamination by storing separately from incompatible substances such as strong oxidizers and acids. Ensure the storage location is equipped with spill containment and supports safe chemical handling practices. |
|
Purity 98%: Red WW-3BS with purity 98% is used in automotive coatings, where it delivers enhanced color consistency and gloss retention. Particle size 4 μm: Red WW-3BS with particle size 4 μm is used in industrial plastics manufacturing, where it ensures uniform pigment dispersion and superior opacity. Molecular weight 510 g/mol: Red WW-3BS with molecular weight 510 g/mol is used in high-performance inks, where it provides stable viscosity and reliable color strength. Melting point 165°C: Red WW-3BS with melting point 165°C is used in textile dyeing, where it enables efficient thermal processing and improved dye fixation. Stability temperature 230°C: Red WW-3BS with stability temperature 230°C is used in powder coatings, where it offers excellent thermal stability and long-lasting color integrity. Oil absorption 38 g/100g: Red WW-3BS with oil absorption 38 g/100g is used in PVC flooring applications, where it contributes to consistent processing and optimal flexibility. Viscosity grade low: Red WW-3BS with low viscosity grade is used in gravure printing inks, where it supports fast application and sharp image reproduction. Lightfastness rating 7: Red WW-3BS with lightfastness rating 7 is used in outdoor signage, where it ensures prolonged color durability under UV exposure. pH value 6.2: Red WW-3BS with pH value 6.2 is used in waterborne paints, where it maintains pigment stability and prevents settling during storage. Solubility in ethanol: Red WW-3BS with solubility in ethanol is used in solvent-based markers, where it allows for smooth application and vibrant red shades. |
Competitive Red WW-3BS 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Choosing a pigment isn’t just about finding a color that looks right in a jar. In factories, on labs’ benches, and on production lines, each pigment faces real-world tests—batch consistency, process stability, compatibility with other ingredients, controlled dispersion, and reliable color development. After years manufacturing in the pigment industry, I’ve seen even minor inconsistency lead to big headaches: patchy coloration, unpredictable shades, or extra clean-up if dispersing residues remain. That’s where Red WW-3BS stands out. This pigment has grown popular among coatings specialists, masterbatch producers, and plastics formulators because it delivers on every batch.
Red WW-3BS features a color index falling within the range most preferred by producers of plastics, rubber, and specialty coatings. Manufacturing this pigment means managing not just the production steps, but also the raw materials and particle characteristics. Each production run goes through double filtration and a micromilling procedure to avoid gritty residues or oversized aggregates, as these can create flaws down the line—especially in high-gloss applications, thin-layer coatings, and moldings. Hot extrusion, calendaring, and solvent-based dispersion all benefit from the controlled physical profile and the clean filtering built into our process.
Experience working directly at the pigment synthesis stage reveals the advantages of controlling surface characteristics and crystal habit. Red WW-3BS exhibits a strong, vivid hue with high opacity and a noticeable clean undertone—especially valued in automotive coatings and injection-molded goods. Multiple plastics processing plants come to us after facing mismatched batches elsewhere, searching for a pigment that gives repeatable results in LDPE, PP, and engineering polymers. This product stands up to those expectations with limited batch-to-batch drift in hue or strength, something I can confidently promise after years tuning our reactors and mills. Unlike older, less-refined pigments, Red WW-3BS also proves stable under both thermal and UV exposures at levels that meet typical industry requirements for exterior uses without premature fading or chalking.
Every time our staff loads bags at the blending station, concerns about dust and loose powder come up. Many red pigments have ultrafine fractions that float during transfer, wasting material and creating hazards in the air. A controlled moisture and granulation system produces Red WW-3BS in a dust-reduced format, improving air quality in production rooms and reducing the clean-up headaches for our own team and for downstream processors. Blend-in times shrink, floor sweeps decrease, and pigment stays in the mix instead of being lost to the air vents. End users in masterbatch and colorant operations see less airborne pigment, which means reduced risk of product cross-coloration.
I’ve tested pigment/resin blends with many standard and specialty matrices over the years, always looking for “problem” areas: migration, clumping, or poor dispersion. Red WW-3BS sits easily into common resin systems like PVC, ABS, SBR, EVA, and even certain specialty engineering resins. Repeated trials in our R&D lab—real-world, not just lab bench mini-mixes—confirm stable dispersion, color lockafter extrusion, and no bleed into adjacent phases or layers. In flexible PVC and elastomer blends, the pigment integrates without causing brittleness or toughening up the melt flow, so process speeds stay fast.
Each lot of Red WW-3BS pigment faces full temperature cycling and accelerated light exposure tests before shipping. That means exposure in excess of normal working temperatures during resin kneading, extrusion, or heat setting. The pigment’s performance tracks well even in polyolefin systems that run above 200 degrees Celsius, and it withstands months of outdoor simulation without noticeable shift or fade. Our factory team documents this with every lot, not just in isolated samples. Users in signmaking, outdoor furniture, and UV-exposed plastics regularly report fewer customer complaints after making the switch to Red WW-3BS, reflecting predictable field performance straight from the chemistry.
Achieving quick, uniform dispersion without extended shear or high-alkaline additives depends heavily on pigment design right at the mill. Formulators stake their reputation on getting clear, streak-free results without excessive grinding. Milling and filtration steps at our facility ensure Red WW-3BS breaks up rapidly in both solvent and water-based systems. Processors see reduced time on high-speed mixers during let-down, and our customers notice reduced pigment “tails” or clumps, especially in lower viscosity systems. Real-world performance means less waste pigment, lower process energy, and improved output rates across masterbatch production.
Not all pigment storage conditions stay perfect. Humidity spikes, temperature swings, and handling flows in major manufacturing sites can cause stickiness or solidification in some pigment batches. One of the long-standing complaints from plant managers visiting our factory concerns caking, especially in older organic reds. We addressed this by engineering Red WW-3BS to hold up in storage bins and vibration shakers with minimum clumping, thanks to moisture control and granule sizing right at synthesis. Switching customers consistently report smoother flow to their hoppers and less downtime spent breaking up chunks before meter-feeding.
Site inspections and compliance walks shape every process update we carry out. Pigments like Red WW-3BS no longer rely on heavy-metals or hazardous intermediates in their synthesis. Our reactors use closed-loop water cooling, capturing and reusable process water to cut waste. For customers concerned about trace contaminants—end markets like children’s toys, food packaging, and cosmetics—the current product line meets the strictest restriction limits set for heavy metals and regulated by the latest European and North American requirements. Our longstanding commitment to environmental stewardship now includes reducing solvent emissions, capturing airborne dusts at source, and rigorously monitoring batch water effluent.
Factories making outdoor furniture, signage, wire and cable jacketing, and consumer goods come to us not just for the shade, but for proven processing advantages. Red WW-3BS fits with a wide range of substrate technologies and maintains vibrant color in UV-strong environments. Batch repeatability builds production trust. For PVC extrusion, the pigment remains stable at the high process temperatures that can force lesser pigments to degrade. In EVA and other foamed applications, Red WW-3BS gives consistent color even as the polymer expands and contracts. Each batch comes off our line after being checked against a comprehensive set of visual and physical property targets.
Each production step at our plant gets tuned to minimize scrap and off-spec material. As a result, users of Red WW-3BS typically see stronger color strength per kilo, reducing the total amount needed for a standard shade. We share lab data with our partners to support optimal usage rates—no guesswork needed for loading levels, meaning more batches get made right the first time, reducing both pigment and resin wastage. These cost savings and process efficiency benefits show up both in factory P&L sheets and in cleaner, smoother product lines.
We provide full traceability for every bag of pigment sold. This means connecting back to the specific synthesis reaction, filtration cycle, and final mill batch. End customers gain extra comfort knowing every shipment carries an audit trail, linking back to quality inspections and retention samples that our QC team maintains for ongoing lot performance. In the rare event a customer experiences a process hiccup, we retrieve reference samples from long-term climate-controlled storage and run side-by-side comparisons to diagnose issues immediately—far quicker than the global norm and a big relief for clients running lean on-line processes or just-in-time inventory systems.
It’s easy to find a pigment catalog online, but much harder to partner with a producer who stands by their work. Technologists and process engineers at our plant see the whole lifecycle for Red WW-3BS—from reaction vessel through to polymer compounding or coating application at the customer end. We consult directly with clients on their toughest issues: shade drift, compatibility questions, screw fouling, pigment separation, or tailing in runs. Decades manufacturing our own pigment means practical, not just theoretical know-how. We run trials in customer pilots and scale-up lines so that no surprises hit in full-scale production. That means running full extrusion simulations in our technical center, using typical resin carriers and loadings, and verifying the pigment performs across the real mix of heat, pressure, and time.
Every year, market regulations change, and pigment producers get asked for new certificates and testing. Red WW-3BS keeps ahead by adopting current regulatory norms automatically—with documentation ready for RohS, EN71, and food-contact requests based on the latest qualification cycles. We’ve eliminated the persistent organic pollutants and high-risk aromatic amines from our process. Eager environmental codes and multinational brands want reassurance on product safety, and our in-house compliance team works directly with their auditors to provide total technical clarity. Our own experience operating under random audits means quick and seamless support when customs or brand compliance officers come knocking.
With so many red pigments on the global market—azo reds, quinacridones, iron oxide reds, and lead chromates—understanding where Red WW-3BS fits becomes critical for any manufacturer weighing options. This pigment’s chemical backbone resists migration, and its particle size optimizes both coloring power and processability. It out-competes traditional iron oxides in color intensity while handling better at high loading. Compared to lead-based reds, Red WW-3BS lines up with modern safety goals: zero lead, no regulated heavy metals, and better long-term environmental performance.
Switching from older organic reds, teams commonly report a drop in fading and chalking rates, and fewer compatibility troubles in resin blends with multiple pigments or fillers. Our on-site production eliminates the “surprise” of hidden diluents or extenders that sometimes slip into third-party lots. Other suppliers might cut costs by extending batches with chalk or silica—leading to unpredictable outcomes on the customer line. We keep our formula honest: every lot receives full spectral and bulk property testing as it leaves the factory, so customers avoid batch contamination, grit, and subpar coloristic strength.
Every new product launch in plastics relies on keeping pace with evolving color and performance standards. Key brands in construction, retail, automotive, and home goods regularly consult with us not just on pigment selection but also on process optimization. We bring direct pigment-manufacturing experience to help clients move from lab scale to pilot batches, then to commercial lines. No question gets brushed aside—if there’s a bleeding, migration, or dispersibility problem, we troubleshoot with hands-on technical support, not just generic technical sheets.
Frequent visits to customer sites and feedback about process pain points continue to drive improvements in the way we make pigments. In the late afternoons, quality and technical crews run shade panels and plastic plaques through fade cabinets and test ovens, making micro-adjustments to synthesis and milling profiles. This hands-on approach means improvements are driven by field observations—faster melt-ins, brighter undertones, easier clean-out after batch runs. Customers now send feedback from their own end markets, like automotive parts supply or gardenware, which informs upgrades in shade depth, migration resistance, or filterability on future lots.
We pack Red WW-3BS to handle common logistics scenarios—a clean, flowable, anti-static bag formulation prevents humidity spoilage during ocean or rail shipping. Our teams ensure every pallet meets stacking, tare, and labeling rules for fast warehouse integration. Labelling tracks batch, lot, and date, linking right back to every upstream testing and process parameter. Shelf lives extend thanks to careful drying and moisture control at production, with clear stamped guidelines that help inventory managers plan and rotate stocks seamlessly.
Experience at every stage of the pigment manufacturing process, from raw material receipt to end-user feedback, empowers us to deliver a product that fits modern application requirements. Red WW-3BS outperforms many legacy reds in demanding formulations. Recipe consistency, robust quality control, environmental accountability, and hands-on technical support set this pigment apart. Each lot comes with a documented process trail, shade matched to history, and a predictable result in production use. Manufacturers trust their name to finished products; we never cut corners or compromise batch quality at the plant.
We see pigment production as a long-term relationship, not just a one-off sale. Our job doesn’t end at shipment. Ongoing feedback loops, technical support, constant quality assurance, and direct response to evolving customer needs keep us ahead of both competitive markets and regulatory requirements. Red WW-3BS not only solves the current generation’s color and process challenges but also grows stronger through careful documentation and customer engagement. Seeing a pigment in action at a customer’s facility—standing up to heat, light, and mechanical stress—proves the real value of a well-made product designed for real-world use.
Ongoing investments in reactor upgrades, filtration technology, laboratory instrument calibration, and staff training ensure every lot of Red WW-3BS matches or exceeds past benchmarks. We’re committed to remaining at the forefront of pigment technology for global manufacturing. As processing technologies change and customer requirements shift, Red WW-3BS stands as a stable anchor point—part of a materials toolbox built on production experience, laboratory rigor, and unflinching honesty with our partners.