|
HS Code |
216746 |
| Name | Disperse Blue 360 |
| Chemical Class | Disperse Dye |
| Cas Number | 103139-32-8 |
| Molecular Formula | C18H15BrN6O5S |
| Molecular Weight | 507.32 g/mol |
| Appearance | Blue powder |
| Solubility | Insoluble in water, soluble in organic solvents |
| Shade | Deep blue |
| Application | Polyester and synthetic fiber dyeing |
| Light Fastness | Good |
| Strength | High tinctorial strength |
As an accredited Disperse Blue 360 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Disperse Blue 360 is packed in 25 kg fiber drums, lined with polyethylene bags, featuring hazard labels and product details. |
| Shipping | Disperse Blue 360 should be shipped in tightly sealed containers, protected from moisture, heat, and direct sunlight. It must be clearly labeled and packaged according to local and international transport regulations. Handle with care to prevent spillage, and transport as a non-hazardous dye unless otherwise classified by relevant authorities. |
| Storage | Disperse Blue 360 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials such as strong oxidizers. Keep the container tightly closed to prevent moisture absorption and contamination. Store in clearly labeled containers and avoid contact with skin and eyes. Follow local regulations and safety guidelines for chemical storage. |
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Purity 98%: Disperse Blue 360 with 98% purity is used in polyester fabric dyeing, where it ensures deep color strength and uniform shade consistency. Particle Size 1 micron: Disperse Blue 360 with 1 micron particle size is used in high-speed jet dyeing machines, where it provides fast and even dispersion with minimal filtration issues. Melting Point 180°C: Disperse Blue 360 with a melting point of 180°C is used in thermoplastic fiber dyeing, where it enables excellent thermal stability and color durability. Viscosity Grade Low: Disperse Blue 360 with low viscosity grade is used in digital textile printing inks, where it promotes efficient inkjet nozzle flow and precise drop formation. Stability Temperature 120°C: Disperse Blue 360 with 120°C stability temperature is used in high-temperature exhaust dyeing processes, where it maintains color integrity without degradation. Molecular Weight 350 g/mol: Disperse Blue 360 with a molecular weight of 350 g/mol is used in microfiber dyeing, where it enhances dye uptake and fixation efficiency. Lightfastness Grade 6: Disperse Blue 360 with lightfastness grade 6 is used in automotive upholstery dyeing, where it delivers superior resistance to fading under UV exposure. Residual Moisture ≤0.5%: Disperse Blue 360 with residual moisture below 0.5% is used in dry blending color masterbatches, where it reduces agglomeration and improves dispersion uniformity. |
Competitive Disperse Blue 360 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
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Disperse Blue 360 holds a distinct place in the world of textile dyeing. As a manufacturer involved in the full lifecycle of this dye—from raw material sourcing, to synthesis, to quality control, and then to packing—there’s a certain satisfaction in seeing bales of dyed polyester fabric come out of mills in vibrant blue shades. Plenty of people will walk past a blue blouse or a bolt of curtain fabric, never pausing to think about what gives it that color or how so many batches can match so closely. For us, Disperse Blue 360 is not just a number in a catalog; it represents years of chemical research, process improvements, and thousands of hours spent perfecting every batch.
The technical foundation of Disperse Blue 360 starts deep in organic chemistry. The molecule itself belongs to a class built for polyester and similar hydrophobic fibers. Our chemists work closely with process engineers to optimize reaction conditions so we end up with granular powder or micro dispersed liquid, depending on customer needs. Each physical form brings its own challenges—powder resists caking if humidity is controlled throughout storage, liquid dispersions demand consistent particle size to prevent sedimentation. Years of production have taught us not to skimp on the details.
Consistent shade is non-negotiable in textile dyeing. Customers send QA reports back to us if the shade veers even half a point on the L*a*b* color scale. Achieving this repeatability with Disperse Blue 360 means mastering several parts of the process. We run small pilot batches, then ramp up under the same parameters for commercial runs. The dispersing agents we use come from trusted partners whose products have been validated in hundreds of triaxial tests. Finer particle distribution flows from the right grinding conditions—there’s no shortcut or off-the-shelf solution that delivers this level of control. We have invested heavily in inline NIR color monitoring, which lets us catch deviations before product hits the warehouse.
On the practical side, there is no guessing game for our clients. They expect that every package of Disperse Blue 360 will deliver robust, deep blue hues, even in high-volume, continuous dye baths. Our quality team uses standardized dyebath recipes and makes sure every lot meets predefined intensity and hue targets. We regularly hear from downstream customers who have switched from competing disperses—they cite sharper color, decreased risk of offf-hue results, and less re-dyeing, which saves not just money but unnecessary fabric handling and waste.
Polyester fabric runs everywhere from mainstream apparel to heavyweight home textiles. Disperse Blue 360 keeps showing up where polyester needs striking, high-fastness blue coloration. The molecule is designed to fit right into the fiber structure of polyester at high temperatures. With mounting pressure from major apparel brands, every mill looks for dyes that won’t fade or bleed, even through dozens of commercial wash cycles. Our partnership with mills has refined techniques over time—today, three-quarters of our Disperse Blue 360 goes to factories running state-of-the-art jet dyeing and high-temperature continuous machines.
Not every textile is pure polyester, though. Blends with spandex, acrylic, or viscose test a dye’s limits. We have kept pace by collaborating with research institutes that put our dye through exhaustive compatibility tests. Trials replicating high-speed production settings, with detailed documentation on shade build-up rates and migration, have let us build a technical data bank no trader or reseller can match. We share this with serious customers, helping them adjust pH, carrier selection, and auxiliaries for the most demanding jobs—niche warp knits, specialty automotive fabrics, outerwear linings. As production partners, we solve these puzzles together, one set of color cards at a time.
Our experience shows clear differences between Disperse Blue 360 and other blue disperse dyes in the market. Some buyers consider switching to Disperse Blue 56 or 291, chasing a price drop or an assumed performance boost. Yet, over hundreds of production runs, Disperse Blue 360 wins out in stability, especially at extreme pH or temperature swings. The application window is broad—batch hot dyeing, HT-HP jet machines, or thermosol processes reveal the same stability without shifting shade.
Competing blue disperses may claim the same strength levels, but from an operational standpoint, we observe sharper clarity and less buildup of particulate on machinery. Dispersing agent compatibility and rapid wash-off both matter. Mills using Disperse Blue 360 report lower water demand during wash-off and no greasy deposit on rollers and pumps. This boosts machine run hours and cuts maintenance downtime. Every saved hour adds up over the course of a season. Our technical support team collects washing and crocking data from end users—Disperse Blue 360 frequently lands at the top-end of the fastness scale, lending staying power to finished fabrics.
Behind every roll of dyed fabric stands a series of promises—to brands, to retailers, and to consumers. A subtle shade mismatch might look trivial, but gets magnified when hundreds of garments are placed together on a store shelf. Brands run color audits and point out lot-to-lot variation, which then works its way down the supply chain. We know from long experience that a single inconsistent shipment of blue dye can grind production to a halt—or trigger expensive reprocessing.
Achieving this level of reliability depends on a manufacturer’s discipline. We have set up color-matching labs near our production halls, erasing time delays between sampling and production adjustment. Batch traceability and regular audits tie every dispatched drum or bag back to retained samples onsite. We provide customers with full batch histories, making sure any questions or after-market issues can be quickly tracked and resolved. This close connection to actual factory outcomes underpins the credibility of Disperse Blue 360.
Chemical manufacturing faces rising pressure from both local regulators and global brands. Our experience producing Disperse Blue 360 has been shaped by this movement. We face restrictions on certain solvents and must document effluent treatment for every lifecycle step. Our plant puts closed-loop water recycling in place, reaching more than 70% recovery of process water during synthesis and washdowns, and concentrates on reducing emissions at every point. Consistent product quality has forced us to address pollution—not just compliance, but as a core part of business continuity.
Several large fashion clients require proof of compliance with restricted substance lists. Disperse Blue 360 conforms to the most stringent standards for banned amines and heavy metals. Lab teams run batch-by-batch verification, not just initial qualification. We source only pre-approved raw intermediates, reducing risk of off-spec material entering the system. Every year we invest to improve filtration and drying steps—targeting specific process bottlenecks that increase energy use or discharge. Our ongoing mission: consistently producing high-performance blue dye, with full environmental accountability.
Open dialogue with end users has helped us develop a better product, year after year. Dyehouse managers share feedback about runnability, washing needs, stability across production sites, and even nuances based on local water quality. These insights go straight to the heart of our process optimizations. Whether we’re adjusting the ratio of dispersing agents or stabilizers, it comes back to actual mill performance.
Troubleshooting isn’t handled by remote offices—we deploy technical field staff who grew up in production settings, not just in lab coats. Understanding whether a problem is linked to water hardness, temperature ramp profiles, or actual dye process pH, lets us offer fixes that stick. These interventions extend beyond factory walls. Our commercial team holds workshops focused on shade adjustment, energy-saving dye cycles, techniques to minimize water use, and fine-tuning recipes for specific equipment types.
Textile mills run huge dye baths, sometimes hundreds of kilos at a time. A bad batch can mean reprocessing, re-dyeing, or outright losses. Disperse Blue 360’s application profile lets mills make tight dosing calculations without hedging for batch-to-batch differences. This not only increases dye yields but also brings chemical cost savings and a tighter production schedule. We have helped mills optimize their loading and dyeing cycles, pushing for lower liquor ratios and shorter run times. For bulk textile operations, that advantage translates into hundreds of thousands of liters of water saved per season.
By controlling every step of the manufacturing process, we are able to reduce dusting, clumping, and other classic hurdles faced by mills in humid environments. Our packaging and logistics teams pay as much attention to finished product stability as our chemists do at the point of synthesis. That’s experience that simply doesn’t translate to third-party supply chains—the feedback loops are tighter and the improvements happen sooner.
Feedback from industry regulatory groups pushes us not just to comply, but to anticipate new standards. Early in the product’s lifecycle, we recognized that Disperse Blue 360 needed documentation to support major export markets—RSL compliance, Oeko-Tex testing, ZDHC protocols. We deliver detailed, regularly updated technical packets to global users. This transparency comes from the fact that as a primary manufacturer, we are answerable to both downstream processors and regulatory authorities.
Our involvement in pilot production runs for major international fashion chains forms part of this picture. These brands often commission extended stability and shade migration tests, with their own technical teams running independent analysis. Our team invites such scrutiny; a close relationship with customer QA teams means faster resolution of issues and faster adoption of improved batches. Traders and distributors rarely see this kind of day-to-day, factory-level transparency.
While polyester and blends remain the main destination for Disperse Blue 360, its properties open doors in other industries. Plastics processors have begun using our product to color PET resins in bottles and packaging. Careful selection of dispersing aids allows even melt-extruded plastics to take up the blue shade without losing clarity. We continue to develop application guides for these new uses, working in real-world plastic compounding labs.
Paper and specialty coating manufacturers have also seen value in Disperse Blue 360. Technical hurdles include avoiding agglomeration in high-speed paper machines and delivering even distribution of blue across large surface areas. As with textiles, support begins at the plant floor. Our R&D team visits customer operations, follows through on all trial batches, and collects data from each trial. Performance here, again, comes back to the fundamental manufacturing expertise and our readiness to learn from every new industry requirement.
Being a real manufacturer means taking full ownership of customer experience, from order to delivery. Our logistics chain runs direct from synthesis plant to client warehouse. There are no intermediary steps involving questionable storage, repackaging, or unknown warehousing conditions. This eliminates contamination risk and guarantees the quickest resolution if an issue arises.
Each production run is allocated to standing orders, giving us precise control over batch histories and fulfillment. Whenever clients need onsite support or technical documents, our product managers can pull original batch data and provide firsthand explanations. This is far different from transactional sales or speculative reselling, where neither origin nor technical file can be easily traced.
Fashion moves fast, but reliability is what sustains long-term business. With Disperse Blue 360, the process starts with R&D but doesn’t end with the first commercial shipment. Every year brings new inquiries as brands shift shade requirements or expand into new textile categories. Our R&D pipeline continuously reviews novel stabilizers and dispersants compatible with global chemical inventories, testing dozens of variants before settling on the best-performing options for the coming year.
At industry events, we meet buyers with unique technical requests. Some want to meet aggressive reduction in water and energy usage; others ask for compatibility with new polyester fiber blends. We take these inputs to our team, run targeted pilot projects, and return with practical answers. Years spent listening, failing, and correcting have shaped Disperse Blue 360 into a reliable solution that anticipates—not just reacts to—market changes.
Disperse Blue 360’s reputation has grown out of serious investment in people, technology, and direct partnerships. We see complex global supply chains and fast-moving trends, but the core challenge remains: supplying consistent, high-performance dye at a scale that meets real-world manufacturing demands, while responding transparently to new environmental and quality standards.
This isn’t something a trading company or distributor can claim. Direct manufacturing experience allows us to provide a level of accountability and real-world performance data unmatched in the industry. Textile mills, converters, and major brands work with us expecting solutions grounded in practical know-how—and with Disperse Blue 360, that’s what we deliver, shipment after shipment.