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HS Code |
573877 |
| Product Name | Leather Spraying Bean Red DG |
| Color | Bean Red |
| Application | Leather spraying |
| Appearance | Liquid |
| Solubility | Water soluble |
| Ph Value | 5-7 |
| Chemical Type | Acid dye |
| Light Fastness | Good |
| Main Use | Dyeing and finishing natural and synthetic leathers |
| Storage Conditions | Cool, dry place |
| Package Type | Plastic drum |
| Stability | Stable under recommended storage conditions |
As an accredited Leather Spraying Bean Red DG factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Leather Spraying Bean Red DG is a sturdy 25 kg blue plastic drum with secure screw-cap closure and product labeling. |
| Shipping | Leather Spraying Bean Red DG is typically shipped in tightly sealed, chemical-resistant containers, such as drums or HDPE barrels, to prevent leaks and contamination. Packages must be clearly labeled according to regulatory standards. During transit, it should be stored upright, protected from moisture, direct sunlight, and extreme temperatures, with proper documentation accompanying each shipment. |
| Storage | **Leather Spraying Bean Red DG** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of ignition. Keep the container tightly closed when not in use. Avoid contact with incompatible substances and store away from food and beverages. Ensure appropriate spill containment and labeling in accordance with safety regulations. |
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Purity 98%: Leather Spraying Bean Red DG with 98% purity is used in high-end automotive leather finishing, where it ensures vibrant and uniform red coloration with excellent reproducibility. Viscosity Grade 1200 mPa·s: Leather Spraying Bean Red DG at 1200 mPa·s viscosity grade is used in spray-applied leather coatings, where it provides optimal film formation and surface adhesion. Lightfastness Grade 7: Leather Spraying Bean Red DG with lightfastness grade 7 is used in upholstery leather finishing, where it guarantees color stability under prolonged light exposure. Particle Size 1.2 µm: Leather Spraying Bean Red DG of 1.2 µm particle size is used in fine-grain leather spraying, where it achieves smooth layer deposition and enhanced gloss. Molecular Weight 435 g/mol: Leather Spraying Bean Red DG with molecular weight of 435 g/mol is used in garment leather processing, where it delivers consistent penetration and durable color retention. Stability Temperature 120°C: Leather Spraying Bean Red DG with 120°C stability temperature is used in heat-cured leather surface treatments, where it maintains color integrity throughout the drying process. pH Value 6.5: Leather Spraying Bean Red DG with pH value of 6.5 is used in chrome-tanned leather spraying systems, where it supports chemical compatibility and minimizes risk of surface damage. Solubility 35 g/L: Leather Spraying Bean Red DG with solubility of 35 g/L is used in water-based leather finishing, where it enables easy preparation and homogeneous dispersion. Melting Point 165°C: Leather Spraying Bean Red DG with melting point of 165°C is used in thermally treated leather coatings, where it remains stable and prevents undesirable phase separation. |
Competitive Leather Spraying Bean Red DG prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Over the years, we have seen how the smallest detail can shape the entire outcome of a leather finishing process. Those of us mixing, testing, and scaling up colors like Bean Red DG spend a good part of our days at the intersection of chemistry and real-life manufacturing. Leather Spraying Bean Red DG gets its reputation from consistency, stability, and strong colorfastness, earned not only in our test facilities but also in the hands of tanneries and finishers dealing with the full range of hides and surface conditions.
From the start, we realized that Bean Red DG must do more than simply deliver a particular shade. It needs to provide excellent dispersion in both solvent and water-based spray systems, bind reliably to protein fibers in chrome-tanned and vegetable-tanned leather, and remain vivid through the harsh rub of daily use. A product made with these needs in mind emerges from a different kind of relationship with chemistry than one focused solely on color catalog values.
Bean Red DG (model DG-308) reaches the required color strength with a pure, bright red tone that avoids the muddiness or fading sometimes seen in cheaper alternatives. We controlled the particle size range during grinding and filtration so the pigment disperses smoothly, clogging becomes rare, and spray equipment keeps running clean throughout a typical shift. We have worked alongside finishers who rely on speed and trouble-free operation; these lessons have shaped the final product lives up to practical needs, not just theoretical ones. With a solid application rate between 2-4 grams per square meter (depending on shade and desired coverage), finishers achieve bright, even color even on split or corrected hides, not just on select full-grain pieces.
There is more to a good pigment than its color. One of the most common complaints in the market is the unevenness or patchiness caused by poorly milled product or by dye migration during post-processing steps. Bean Red DG solves this by locking into place as the topcoat dries. The chemical backbone resists migration beneath urethane or protein-based film-forming agents, proven every time we run tests for colorfastness to washing, sweat, and dry or wet rub. In our factory, every new batch runs through these same standardized performance checks, keeping practical realism at the center of our quality standards.
People who work with leather know the frustration of pigments that change tone on different substrates. We balanced Bean Red DG so that the color match holds from cowhide to pigskin—one of the big differences compared to the more generic reds produced without this careful calibration. Car seat manufacturers, shoe plants, and garment workshops have used Bean Red DG to create deep, lively reds for everything from luxury handbags to industrial gloves. Spraying is clean with no sticky buildup in the nozzle or fan pattern, and the blend keeps its brightness even under clear finishing layers.
It often comes down to ease of integration. Manufacturers appreciate a pigment that slips into existing recipes without demanding major formulation changes. In our own plant, we tackled early issues with solubility and reactivity by working side-by-side with line managers and process chemists, not just in lab conditions. As a result, Bean Red DG doesn’t separate during storage in drums, and it handles scale-up from a sample quart to a 2,000-liter tank without the annoying surprises that cost time and money on the production line.
Some pigment producers cut corners on dye content in order to offer a lower price point. Our process handles dye loading with precision, calibrated during every shift by operators with years of experience. We use a balanced blend of dispersants and wetting agents that prevents clumping, so pigment concentration stays right where it should throughout the can or tank, without developing dry edges or sediment. Many finishers notice after switching to DG-308 that their filtering loads drop and maintenance cycles become less frequent, because filtration lines stay cleaner for longer periods.
Bean Red DG shows strong colorfastness under UV light and resists fading in outdoor conditions. We have compared our runs head-to-head with generic reds in everything from automotive seating to riding boots, and customers report longer life cycles before color touchups become necessary. We analyze not only color fastness but also pH stability and compatibility with other finish additives, since incompatibility can cause blotching or detachment from the hide. Chemists in our facility adjust formulations batch by batch using real data from accelerated aging tests and feedback from regular users in their own finishing rooms.
We have seen enough in the workshop to know that book values can mislead if taken alone. Our own development process focused on repetitive cycle tests. Technicians spray sample squares, flex them repeatedly, then measure loss of gloss and color. End-users don’t trust a product until they see real results over weeks and months; that’s why our own testing regimen mimics repeated flexing, sweating, and cleaning, exactly like the way a finished bag or shoe meets daily life. Pigments which fade or disperse unevenly under these stresses simply do not leave the factory.
Some of the toughest challenges arise from the growing need to meet safety and environmental requirements in global supply chains. Our dyes are certified free from restricted metals such as chromium VI, lead, and cadmium, with documentation provided for every shipment. All solvent and water-based forms of Bean Red DG pass EN 71-3 (safety for toys and articles subject to skin contact) and comply with the latest EU REACH regulations for consumer safety.
Zero-defect production is impossible, but every lot that leaves our factory includes lab results from actual product samples—not generic COAs. Regular customers can request archive samples for auditing. Technical support comes directly from plant chemists or production supervisors who have worked with our batch records and know the story behind each run. People in the field appreciate being able to connect directly to those who have overseen every stage of development, instead of a faceless call center.
Bean Red DG stems from years of close involvement with tanneries, finishers, and formulators who face the pressure of tight tolerances and unpredictable supply. We have supplied bulk shipments to seasonal footwear manufacturers whose weekly output depends on color accuracy and timely delivery; any surprise in product behavior would ripple downstream and disrupt entire schedules. To reinforce reliability, our supply chain relies on regular sourcing and buffer stocks to manage seasonal production swings, helping partners avoid costly outages or end-of-season inventory losses.
Our team honed this pigment through feedback loops between lab and plant. A new batch is run through field testing with cooperative customers who spray the pigment on production lines, then report back regarding sprayability, hiding power, and resistance to wear. These results loop back into production adjustments, not just a single final formula. A large part of our insight comes from collaborating directly with line operators who see first-hand what a pigment does during spray application—how it coats, whether it runs or settles, whether it shifts color under clear coats.
Field reports guided us toward a formulation that reduces downtime caused by nozzle blockages and pigment float during spraying. Bean Red DG holds its color strength without thickening or separating during a long production shift, even in environments with fluctuating temperature and humidity. Our plant’s grinding and mixing operations go beyond generic standards for pigment fineness, using inline particle size analyzers calibrated daily against master standards. The result: finishers can run longer batches on high-throughput equipment without frequent cleaning runs or filter changes.
Handling improvements were not just about performance in the spray booth. Customers reported that storage stability often determines whether a pigment succeeds in inventory or ends up as waste. Our own inventory practices—rotated stock, temperature and light protection—were transferred to recommendations for customer warehouses. Bean Red DG in sealed pails keeps its performance for up to 18 months, with settlement or separation re-dispersed by a few minutes of gentle stirring. No harsh agitation or re-grinding is needed on arrival, which cuts prep time for every mixing operation.
Environmental regulations carry real consequences for leather factories, both in Asia and globally. Bean Red DG underwent independent laboratory tests for emissions during both spraying and drying. All documented VOC emissions remain lower than the current targets set for industrial leather processing, both solvent and water-based. Our team continuously evaluates safer solvents, and end-users benefit from our in-house switch to lower-emission blending agents—without losing the color brightness and coverage that define DG-308.
Some facilities face strict wastewater limits on residual color, so our process is tuned for maximum fixation efficiency. This increases the take-up rate during spraying, leading to less pigment lost to rinsing or wash-down operations. Real data comes from our own wastewater and exhaust sampling, not just formatted declarations. We have invested in recovery systems that reduce total pigment loss into industrial runoff and capture valuable solids for reprocessing.
Advances in pigment chemistry often appear disconnected from day-to-day production realities. We take a different route. Product improvements and formula tweaks come directly from feedback by our customers. One tannery reported bead formation at the spray edge under unusual humidity conditions. We worked directly with their team to adjust surfactant balance, dialing in DG-308 for stable performance without sacrificing coverage or color clarity. In another case, a luxury goods producer wanted a more muted undertone for blending with navy and gray finishes. Our R&D staff blended alternate dispersants and ran back-to-back spray tests until we settled on a modified mix, now standard for certain high-end lines.
Frequent requests for batch traceability led us to digitize every production run. Finishers can match delivered pigment to archived reference samples kept at our site. We embed production codes in an online access system, so historical batch data remains available for up to five years. These records helped us resolve several customer audits after complaints arose from jobs using non-standard reds provided by other suppliers.
In the modern tannery, speed and reliability go hand in hand with quality and waste reduction. Bean Red DG delivers on all three fronts. Production facilities get faster washout cycles and more reliable batch-to-batch color matching, which lowers total cost of operation by reducing rejects and rework. By collaborating closely with machine operators and line managers, our team continues to refine the pigment mix. We regularly visit industrial partners to help diagnose spray pattern problems or troubleshoot unexpected results—service built on relationships, not just paperwork.
Traceability extends beyond our doors. Every order ships with a performance log for that batch. Any user with a technical concern gets routed straight to a chemist who has actually worked on that pigment’s run, not to a generalist reading from a script. It’s this commitment to direct, real-world support that sets our approach apart from off-the-shelf pigment sellers.
Finishing lines handle a wide array of products. Bean Red DG (DG-308) sets itself apart on several fronts. Its strong red shade stems from a high-purity dye composition, offering brighter and truer results than generic alternatives, especially in waterborne systems where cheap pigments sometimes dull or separate. The tight control of particle grinding—you can see it clearly when filtering mid-batch—results in less downtime for plant operators and lower risk of sudden, expensive machine stoppages.
Competing products in this color range often fall short in either coverage or migration resistance. Based on field tests and partner feedback from high-volume automotive interior lines, competing reds tend to show greater risk of rub-off and patching under abrasion testing. Bean Red DG maintains its performance edge by holding onto leather fiber more effectively through repeated flexing, cleaning, and exposure to sunlight.
Other brands sometimes advertise improved “compatibility” with new resins but overlook handling realities in either small-batch or bulk operations. Our own production deliberately skips unproven additives that might create more headaches than they solve. Instead, we return to proven dispersant and wetting systems that will stand up to a year or more of storage and survive long-haul shipping with minimal changes.
The market for leather products has exploded in both high fashion and durable industrial goods. Our experience confirms what brand owners say: reliable, distinctive color elevates the perceived and actual value of finished leather. Bean Red DG achieves this without shortcutting on safety or environmental performance. For small batch artisans as well as for large industrial finishers, the impact of product consistency ripples downstream: fewer corrections required, less inventory tied up in quarantine, and greater customer satisfaction.
We see the future of pigment manufacturing as a partnership with those who rely on real-world, measurable improvements. By reinvesting in plant automation, on-site laboratory analysis, and transparent recordkeeping, we continue to make Bean Red DG a backbone product for world-class finishes. Quality comes from unbroken attention at every step, from selection of base chemicals to recalibration after every feedback cycle. In our experience, this approach outperforms both low-cost generics and more exotic formulas produced by mass-market trading houses.
We have watched as the importance of traceable, reliable color solutions grows every year across global leather supply chains. End consumers never see the pigment can or the process it takes to produce a stable, vibrant red. What they do notice—often instantly—is the lasting, even color of a favorite pair of shoes, an automotive seat that resists fading, or a bag that keeps its sharp look season after season. As the direct producer, we take pride in knowing that Bean Red DG not only fulfills the technical requirements set by our industry, but adapts to those evolving needs. We will keep working alongside finishers, chemists, and designers, drawing on production floor knowledge to ensure top performance in the real world, not just in the lab.