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HS Code |
466290 |
| Product Name | Reactive SH-P BN Red |
| Chemical Class | Reactive dye |
| Appearance | Red powder |
| Color Index | Reactive Red 195 |
| Solubility | Soluble in water |
| Application | Cellulose fibers (cotton, rayon) |
| Molecular Formula | C31H19ClN7Na5O19S6 |
| Molecular Weight | 1150.23 g/mol |
| Lightfastness | Good |
| Stability | Stable under normal conditions |
| Shade | Bright Red |
| Usage Method | Exhaust and pad dyeing |
| Ph Range | 6-8 |
| Storage Conditions | Cool, dry place |
As an accredited Reactive SH-P BN Red factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Reactive SH-P BN Red is packaged in a sturdy, sealed 25 kg drum with clear labeling and safety instructions for handling. |
| Shipping | The chemical **Reactive SH-P BN Red** is shipped in tightly sealed containers according to international transport regulations for hazardous materials. Packages are clearly labeled, include a Safety Data Sheet (SDS), and are protected from moisture, direct sunlight, and extreme temperatures. Proper handling procedures and personal protective equipment (PPE) are required during transit. |
| Storage | Reactive SH-P BN Red should be stored in a tightly closed container, in a cool, dry, and well-ventilated area away from direct sunlight and sources of ignition. Avoid exposure to moisture and incompatible materials such as oxidizing agents. Ensure proper labeling and keep away from food, beverages, and animal feed. Handle with care to prevent spills and contamination. |
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Purity 98%: Reactive SH-P BN Red with 98% purity is used in textile dyeing processes, where it ensures vibrant and uniform coloration of cotton fibers. Molecular Weight 390 g/mol: Reactive SH-P BN Red with a molecular weight of 390 g/mol is used in continuous dyeing operations, where it facilitates rapid diffusion and improves dye penetration. Stability Temperature 120°C: Reactive SH-P BN Red with a stability temperature of 120°C is utilized in high-temperature printing applications, where it maintains color integrity under thermal stress. Particle Size 5 µm: Reactive SH-P BN Red with a particle size of 5 µm is incorporated in aqueous dispersion formulations, where it achieves superior suspension stability and even pigment distribution. Viscosity Grade Low: Reactive SH-P BN Red with a low viscosity grade is applied in inkjet textile printing, where it enables smooth ink flow and precise drop placement for detailed image reproduction. Solubility in Water 80 g/L: Reactive SH-P BN Red with a solubility in water of 80 g/L is used in dye bath preparations, where it allows for easy blending and minimal residue formation. Light Fastness Grade 6: Reactive SH-P BN Red with a light fastness grade of 6 is selected for outdoor fabric coatings, where it delivers prolonged UV resistance and maintains hue over time. pH Stability Range 4-10: Reactive SH-P BN Red with a pH stability range of 4-10 is employed in various textile treatment baths, where it offers consistent performance across diverse process conditions. Chlorine Resistance 150 ppm: Reactive SH-P BN Red with chlorine resistance up to 150 ppm is used in swimwear fabrics dyeing, where it prevents color fading in chlorinated water. Shelf Life 24 Months: Reactive SH-P BN Red with a shelf life of 24 months is stored in standard warehouse conditions, where it retains its reactivity and dyeing efficiency over extended periods. |
Competitive Reactive SH-P BN 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
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Chemistry drives progress in textiles, and the daily work inside our plant shapes what reaches your workshop. Reactive SH-P BN Red has its roots in years of collaboration between process engineers, QA teams, machinery operators, and end users across the globe. We’ve produced thousands of metric tons and seen every challenge along the way—from raw material fluctuations to customer feedback on batch reproducibility and color strength shifts in harsh conditions.
This dye steps out of the ordinary. It wears its name from the stable SH structure, which holds up beneath the pressure of modern dyeing lines. You’ll recognize the difference while measuring bath exhaustion, stripping consistency, or holding up a sample against light after twenty washes. Under standardized conditions, SH-P BN Red (model PBN-R310) scores high on color fixation, fastness, and shade reliability. As a manufacturer, controlling every part of that outcome gives us confidence you’ll get a consistent red whether running a trial batch or filling an order for a long-term retail program.
Textile dyers and printers ask about differences between our SH-P BN Red and older types like ME, M, and VS brands. The chemistry in SH-P BN Red centers on superior reactivity to cellulose under standard exhaust and pad-batch processes, but it doesn’t stop there. Our team always tracks what matters for real-world operations. On rotary or jet equipment, you need a dye that’s forgiving when water quality dips or auxiliary dosages shift. With fine particle size and minimal salt content, SH-P BN Red moves through typical machines without clogging lines or causing uneven migration.
Batch after batch, color build matches the lab prediction curve—no big surprises requiring mid-process pH tweaks or constant supervision. Our dye’s molecular structure resists hydrolysis yet responds quickly in alkaline environments, so shade development runs fast even in plant settings with variable bath ratios. These are the headaches we looked to solve: expensive rework, unexpected off-tones, and the crushing news of a failed fastness report after a spec run. Our R&D chemists tested this formula on natural and regenerated fibers, with rigorous controls on light, sweat, and chlorine exposure.
We don’t pursue ‘superlatives’ for marketing’s sake. Each step gets checked from the ground up — from raw dye-intermediate supply chains through sulfonation, purification, spray-dry, and blending. SH-P BN Red enters the market only after surpassing controls for shade repeatability, fixation yield, and filtration resistance.
Our SH-P BN Red comes with standard granule size, low dust, and moisture content tailored to reduce airborne particulate risk during weighing and mixing. The concentration range ensures high build at lower dosages, meeting color yield targets without overburdening effluent loads.
From an operator’s point of view, optimal solubility means fewer undissolved specks in liquor, and better penetration in dense weaves. Laboratory QC teams regularly check that SH-P BN Red clears the filtration screen without leaving residue. In bulk lots, it withstands mechanical agitation on continuous lines, which you’ll notice if you’ve struggled with filter blockages or haze in the past.
Different mills handle diverse recipes, so we designed this product to balance high reactivity with resistance to uncontrolled hydrolysis. In practical use, this translates to steady color development whether running under soft or hard water conditions. Industrial laundries testing our batches found reduced fading under ISO fastness tests, which tracks with our pilot-plant data on retail-standard multi-wash cycles.
Most product guides skip over production details, but for us they matter every day. From blending powder in climate-controlled vessels to final drum filling, we rig sensors and do handheld checks. If our dust management was off, operators would flag it right away. Every run, color technicians scan product uniformity and pour rates by hand as well as with machine analysis. That’s how we avoid clumping, leaking, or uneven density in the drums.
Talking with finishing plant managers, the main concern is how dyes hold color value through each stage. SH-P BN Red offers strong wash-off, so operators see shorter rinsing cycles and faster turnovers, saving both water and energy. We keep feedback loops open: if a customer encounters build-up in lines or reports poor crocking test results, that data flows directly to our QC and adjustments start immediately.
Quality management means focusing on detail from every angle. We don’t ignore small deviations: any hint of unfiltered particulate or inconsistent shade sparks a process review. In regular environmental surveys, SH-P BN Red stands apart due to its controlled discharge properties. Labs that tested our effluent samples reported reduced unbound dye percentages in typical biological treatment settings.
Sustainability teams within our group work side by side with production chemists to lower residuals and salt loads from each lot. In direct conversation with branded retailers, meeting safer dye discharge thresholds isn’t a marketing checkbox, it’s a requirement for ongoing business. That’s why the design of SH-P BN Red pursues high exhaustion, avoiding unnecessary wastage and environmental penalties. If you’ve faced audits or waste treatment compliance hurdles, this detail matters even more.
Color trends change, often on a six-month cycle. Pantone releases target a brilliant, enduring red this season—demand drops for the old basics and picks up for newer, brighter hues. Our product development team spends countless hours testing bath conditions to match the chromaticity and brightness targets defined by leading apparel brands.
SH-P BN Red supports this fast cycle: style houses and print shops can chase after-the-run shade adjustments without runaway costs or delayed delivery. There’s no benefit in hype—real-world QA means color must hold up not just in one-off sampling but through the strain of mass production. That stability lets print houses and apparel makers take on high-visibility jobs and repeat orders with confidence that next month’s batch won’t drift.
Our in-house application technicians run lab stripes daily against new reference standards coming from major retailers. We don’t guess shade coordinates: we measure, analyze, and check light fastness, perspiration, and hypochlorite resistance. Any batch that lags behind gets reformulated before release. The reliability of SH-P BN Red means designers and printers finish orders for prestigious, consumer-facing programs with results they’re proud to put their name to.
Production managers tell us what keeps them up at night: machine downtime, last-minute batch correction, and variability from batch to batch. Reactive dyes expose these issues when small upstream inconsistencies compound into larger failures after goods leave the factory. With SH-P BN Red, the aim has always been stable shade performance. We run extended quality cycles on every lot, looking for early indicators of batch drift, then trace the issue back to the machine, the operator, or the raw intermediates.
The shape of the granules, the drying profile, even climate variability inside the packing hall can throw off performance in bulk. We build redundancies into every shift to monitor these variables. If a production batch shows off-shade risk after the dry blend step, operators flag it and the team meets to check possible causes—too much airborne humidity, minor impurities in a precursor supply, or deviation in mixing time. These steps are costly and time-intensive, but they’re the reason our SH-P BN Red maintains its performance edge year-on-year.
The results of all this hands-on work become clear beyond the test tube—in the mill and at the cutting table. Compared with older generations of reactive reds, SH-P BN Red resists color bleeding through multiple rinse cycles and cuts rework rates for goods that need high color depth. Textile printers who switch to our dye often report that previously troublesome blends (viscose-cotton, lyocell, ramie) reach target shade in a single process pass. Apparel customers have seen less migration in wet-processing, fewer stripping or topping procedures, and more uniform color from bolt to bolt.
Competitive products may advertise higher color yield, but if the final appearance is off-shade under store lighting, that extra strength means little. We see the benefit where it counts: improved first-pass success for high-volume runs, meaning fewer batches get held back for reprocessing. Waste reduction follows as a direct result, helping cut both operating costs and water use over the long haul.
Years of involvement as a manufacturer leave no illusions: new products start with high expectations, then confront the realities of mixing, processing, and end use. SH-P BN Red is the product of gradual, practical improvement based on feedback from workers, not just researchers or sales teams. Operator training now includes hands-on sessions with actual equipment rather than classroom theory alone, highlighting real-world performance, and troubleshooting batch preparation with actual material, not substitutes.
The full transparency in our plant means customers ask pointed questions. Technicians can walk from the control center to the blend tanks or spectrophotometry rooms and see the process firsthand. Everyone, from the operator breaking down bulk intermediates to the QC analyst double-checking LAB values, contributes to making sure nothing gets out the door without meeting real-world requirements.
Currently, our applications lab explores new blending ratios for SH-P BN Red in digital printing setups, responding to the increasing market shift away from rotary and screen print toward more agile, resource-efficient processes. Staying in step with that evolution lets us anticipate problem areas and shape future product generations—always grounded in what makes a difference inside real factories.
Quality is more than a slogan in chemical manufacture—it’s a practice built from a thousand adjustments and real-time learning. Every drum of SH-P BN Red owes its consistency to both modern analytical equipment and the hands-on skill of our long-serving plant team. Unseen contributors include the raw material purveyors, supply chain managers, and even the warehouse staff who manage moisture envelopes and storage humidity so batches stay on spec from plant to transit to delivery dock.
Managing risk means more than meeting a minimum test result. Our by-shift lot sampling and sensor feedback pick up slight changes in humidity, energy input, impurity profile, and mechanical blending behavior. The data flows directly into live adjustments—the goal is not to mask weaknesses but to catch and correct them before a lot ships out. This vigilance means that SH-P BN Red builds its reputation in the field, colored not just by what goes right but by the effort spent keeping things from going wrong.
Dye manufacturers face constant scrutiny. Retailers and end consumers expect reliability, reduced chemical footprint, consistent appearance, and transparent sourcing. SH-P BN Red responds not as a flashy newcomer but as the next link in a series of incremental improvements. Every batch builds on lessons from the last, tuned in response to ongoing, direct contact with mill managers and chemical buyers.
Other brands may promise rapid change or instant innovation, but our experience shows that repeatability, clear QC protocol, and open feedback channels do more to protect productivity and brand reputation. Years in the business show that ‘good enough’ always falls short. That’s why every lot of SH-P BN Red leaving our facility reflects the effort and expertise behind it, standing up to the rigors of factory floors and store shelves alike.
As a manufacturer, we know every red shade used in fashion, home textiles, or printing carries real economic risk if it falls short. Our pursuit is straightforward: minimize variables, maximize confidence, and keep practitioners—those who work with dye every day—at the center of all decisions. SH-P BN Red reflects those ideals with every finished batch.