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HS Code |
687966 |
| Product Name | Soft Foam System - BRTA - RW Synthetic Tannin |
| Physical State | Powder |
| Color | Light brown |
| Odor | Mild |
| Solubility | Soluble in water |
| Ph Value 1 Percent Solution | 3.5 - 5.5 |
| Application | Leather tanning and retanning |
| Main Ingredient | Synthetic tannin |
| Storage Conditions | Keep in cool, dry place |
| Shelf Life | 12 months |
| Packing | 25 kg bags |
| Usage Level | 1% - 5% based on pelt weight |
As an accredited Soft Foam System - BRTA - RW Synthetic Tannin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The "Soft Foam System - BRTA - RW Synthetic Tannin" comes in a 25 kg blue HDPE drum with a secure, sealed lid. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Soft Foam System - BRTA - RW Synthetic Tannin: 80 drums, 200 kg net weight per drum. |
| Shipping | The **Soft Foam System - BRTA - RW Synthetic Tannin** is shipped in tightly sealed, chemical-resistant containers to prevent moisture and contamination. Packages are clearly labeled as industrial chemicals and handled according to international transport regulations. Appropriate documentation and safety data sheets are included to ensure safe and compliant delivery. |
| Storage | **Storage Description:** Soft Foam System - BRTA - RW Synthetic Tannin should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and moisture. Keep the container tightly sealed when not in use. Store away from incompatible materials such as strong oxidizers. Ensure proper labeling, and avoid extreme temperature fluctuations to maintain product stability and performance. |
| Shelf Life | Shelf life of Soft Foam System - BRTA - RW Synthetic Tannin is 12 months in unopened, original packaging under cool, dry conditions. |
Applications of Soft Foam System - BRTA - RW Synthetic Tannin in Industrial ManufacturingAs the actual producer of Soft Foam System - BRTA - RW Synthetic Tannin, we support a range of industrial customers focused on flexible polyurethane foam production and allied sectors. This section highlights practical, verified downstream applications within the foam and allied specialty chemical industries, with details on compliance, formulation, process steps, and end products for each highlighted use case. 1. Flexible Polyurethane Furniture Cushion FoamFurniture and bedding producers integrate this specialty tannin for its role as a reactive filler and cell opener, promoting soft touch, improved durability, and enhanced foam resilience in seating and mattress applications. Formulators adjust the tannin addition during pre-mixing with polyol blends to directly influence foam structure and processing characteristics, enabling specific performance targets within regulatory and market constraints common to domestic and contract furniture manufacturing. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Automotive Seating and Interior FoamAutomotive interior system suppliers value the synthetic tannin for its contribution to lightweight foam formulations meeting strict emission and durability standards. Its presence fine-tunes reaction kinetics and cell size, ensuring consistent density and compressive properties crucial for automotive applications where crash performance and occupant comfort require close control. The additive delivers consistent quality under batch and continuous slabstock processes as specified by major Tier 1 automotive suppliers. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Footwear and Insole Flexible Foam ManufacturingSynthetic tannin finds application within technical footwear and athletic shoe manufacturing for its ability to control insole and midsole foam resilience, energy return, and long-term compression set. The filler supports fine control of foam microstructure, directly affecting the dynamic cushioning properties essential for both lifestyle and sports applications. Industrial formulators incorporate the tannin as part of proprietary blends, complying with performance and safety mandates set by global footwear brands. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Technical Sound-Absorbing and Acoustic FoamsManufacturers of technical foam for acoustic insulation utilize this tannin to balance sound absorption and mechanical stability in open-cell foam panels. Its chemical functionality helps tailor pore structure, preventing cell collapse during high-porosity foam expansion and ensuring stable acoustic performance under long-term use in building, HVAC, and industrial noise control applications. Material integration occurs under stringent process and fire safety requirements set for construction and transportation sound insulation products. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Packaging Protective Foam SystemsProducers of protective packaging invest in this synthetic tannin as a regulator of foam resilience, drop resistance, and shape memory in custom-molded and die-cut foam inserts. The additive influences cell configuration, offering cushioning and shock absorption for electronics, appliances, and specialty fragile goods. Adjustments in usage and integration are direct responses to customer drop-test protocols and international packaging safety standards. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive Soft Foam System - BRTA - RW Synthetic Tannin prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615371019725
Email: sales7@bouling-chem.com
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The BRTA - RW Synthetic Tannin grew out of years making wet-end chemicals for tanneries that do not have time or appetite for old problems. As a manufacturer, we decided long ago that chemical suppliers owe more than just an invoice and a drum. We know the daily grind in a tannery—machines humming, splits stacking, batches needing to run without surprises. Each kilogram coming from our plant bridges tangible demands inside the drum room and real-world challenges on the process floor, not just a page in a catalog.
We developed this product with clear targets: build a soft foam system for chrome and pre-tanned leathers to get reliable fullness, handle, and consistent color yield without the sticky hands and mess that old vegetable and naphthol-based syntans tended to cause. Our own R&D team collected feedback from tanners who wrestled with issues like grain looseness, dye float, variable penetration, and the frustrations of inconsistent “run-to-run” results.
Traditional vegetable tannins—mimosa, quebracho, chestnut—give plenty of bulk and character, but they also bring significant batch-to-batch variability and topping-off with every retan cycle. On the other side, many classic syntans tended to drift into over-dispersed, watery formulations that lost body unless paired aggressively with fillers, and often invited unstable foam break and product separation over time.
BRTA - RW focuses squarely on stability and soft foam structure. You notice it the first time the powder hits water in the mix tank—no big clouds of dust, excellent dispersion, and the liquor stays homogenous from start to finish. We put our attention into the particle structure and reactivity; this means the product stays fluid and keeps its "working life" inside the drum, so even mid-shift adjustments can be made accurately.
Leather makers used to worry about slow penetrations or float lines with older tannins. BRTA - RW, based on a highly engineered condensation route, penetrates evenly and reacts in synchrony with bath chemistry. That translates to less risk of waste and reworks. The tightness on the grain stays consistent, and both flat and foam retan drums show less float loss and better uptake, leaving a level handle and steady print post-drying—even when the process water fluctuates in mineral content or temperature.
We do not shy away from discussing real process nuances. Unlike many shoestring syntans built for lowest cost per ton, BRTA - RW brings a tighter molecular range, and it has a correct recipe for balancing anionic charge with foamability. Chemically, we designed its sulfonated unit ratios to provide a reactive base that will not swell unevenly during retan—even in high-demand double-face cycles. Grain firmness gets fine-tuned, without clogging up pores or blocking dye migration. That brings out the best tone development and a manageable, soft, lively hand.
You can see the difference most clearly during mass retan jobs. Through years of partnership with major footwear and upholstery producers, we saw the same problems—sticky foam layers, over-swelled grain, or collapsed structure on light leathers. With our product, the foam holds firm, and the yield from wet crust to finished leather matches capacity needs.
BRTA - RW did not come off the shelf—each batch we make reflects our testbed's data from pilot drums, dyebath compatibility, and scale-up to actual production. The bulk density is dialed in for double-handling, so operators rarely complain about dust-up or “cake” at the bottom of feed bins. We grind and sieve each production lot to stay within a clear particle window, because we want switchovers during batch changes to go smoothly—no sticky clumps, no wasted scoop-outs, no guessing about reload volumes.
Leather manufacturing faces intensifying challenges: water reduction, VOC mitigation, and cost pressures per square meter. With regulatory demands rising, we built BRTA - RW to handle lower liquor ratios without foaming over or destabilizing, and to minimize unwanted “over-tannage” that creates hard-to-dispose trimmings. In tannery after tannery, operators say that cleaner draining baths after retan mean they spend less time scraping foam, and more product stays in the hide.
Worker safety plays a role as well. Standard tannin powders often trigger fine dust exposure concerns — sometimes right from the bag. With our anti-dust granulation, operators breathe easier, and drumroom cleaning is quicker. Less slipperiness means fewer falls, no streaks down drains, and operators can work their shifts with cleaner hands and safer floors.
Tanners experiment with ratios all day, often chasing customer specs that change without warning. We designed BRTA - RW for predictable performance, whether you are running high float chrome retanning or pushing light “eco” formulations alongside syntan-lean runs. Whether using paddle or drum machinery, the product responds quickly and lets technicians make adjustments on the fly: tweak the float, check penetration, shift pH, or match a new base crust feel for top-grain or split selections.
Direct feedback shaped our process too. We heard about issues with foam stability when switching to “low-salt” systems or reusing process water. In those conversions, many syntans either went flat too soon or gummed up dosing valves. Users of our BRTA - RW report steady foam persistence, predictable handling, and no sudden collapses—an edge when chasing higher yields or lean retan cycles.
One challenge for us as a manufacturer: tanneries often move to lower drum speeds and higher float to cut process heat, but not every retan powder can follow that pace. The non-ionic base in our product means it reacts without slow spots, so color and fullness develop as planned. Tanners looking for more precise results with differing hide selections—sheep, goat, split bovine—find the structural balance suitable for both delicate and robust applications.
BRTA - RW has a reputation for improving color yield and shade stability over time. Many tanners, especially those producing fashion footwear leathers, struggle with fluctuating hue or tone. In trailing tests within our pilot tannery, the foam structure of BRTA - RW delivered cleaner dye uptake and minimal “float lines.” Even under variable pH or reduced buffering cycles, the final leather cut showed levelness, which reduced re-dye or blending work in finishing rooms.
Many plants using vegetable oils or older naphthol-based retans struggle when they lower retan time or push tighter float loads, often due to foaming instability and unwanted “resoftening” later in the cycle. Tanners using our product can run slightly shorter cycles, reclaim more liquor, and count on the reactivity to hold even as temperature and pH drift within safe process limits. The result is tanneries with less “fallout” during final cutting and less neighbor-batch variation.
Environmental stewardship is not just about ticking a box—it’s about avoiding hard-to-treat effluents and building process reliability. We incorporated lower-sulfur chemistry and minimized unreacted organics so that wastewater loads fall under increasingly strict discharge targets. What goes down the drain is less polluting, and the tanneries can monitor real chemical oxygen demand reductions in site trials.
Our technicians noticed that processing with BRTA - RW requires less alkali “clean up” after retanning, so hide swelling problems do not escalate during neutralization and subsequent steps. That narrows finishing windows and helps keep chemical usage predictable from one lot to the next, helping with batch cost projections and planning.
Another economic benefit: by avoiding animal-based fillers or labor-intensive recipes, tanneries streamline the dosing process. More product ends up incorporated, with less post-drum correction or re-neutralization. Production managers, under pressure to hit daily yield for finished crust, see better square meter output per kilogram applied, less shakeout, and fewer overtime retan runs.
We don’t just hand over a datasheet and move on. Every year, our technical service team visits dozens of production floors, rolling up sleeves with tannery staff, discussing process tweaks and alternations that let BRTA - RW integrate with each unique line-up. From mid-sized family-run tanneries to highly automated European lines, the feedback is the same: clearer handling, fewer unexpected system upsets, and improved leather uniformity from split to top grain.
We learn as much from user feedback as from our own labs. One South Asian tannery, running mixed chrome and wet white cycles, reported a major reduction in grain “flattening” and float loss after shifting to our system. Their plant supervisor summarized it best: “We saw less variation in fullness and a more manageable, soft touch, right from the retan drum.” Other tanners, focused on automotive or premium bag sectors, value the predictable, non-chalking grain finish and streamlined pH control before dyeing.
We stand by strict manufacturing practices. Every batch undergoes full traceability screening, and we adhere to current REACH standards for wet chemicals. We run our plant under ISO-aligned safety and emissions controls, not from obligation, but because our team lives near these plants and we want a legacy of clean, responsible production.
Local partners visit our factory and see true hands-on QA—sampling, cross-tank checks, and continuous dust suppression at our packaging unit. BRTA - RW reflects what real production managers ask for: a stable, reliable product that respects the user, the process, and the environment.
Every drumroom challenge opens new possibilities. We use every customer process cycle—every feedback call, every QC complaint, every mention of machine fouling or spotty uptake—to inform our next round of product tweaking and R&D. One improvement we made came directly from a tannery running 24/7 shifts, looking for cleaner dosing and less machine wear. In response, we further refined sieve grading and minimized friable fines to deliver a product that consistently pours and measures out cleanly, no matter how often the bin gets tipped or loaded.
We will not chase lowest-cost shortcuts by cutting key active content or importing untraceable feedstock just to edge out a few points on the input cost—because every cut corner shows up in the foam structure, reactivity, and, ultimately, the hides on the cutting table. If new demands come—like vegan or biobased content—our team is ready with process pilots and open books, committed to authenticity and traceable sourcing.
Working directly with real manufacturers lets tanneries avoid the guesswork that comes from buying through layers of resellers who often know little about actual process requirements. Our production runs feed right into factory dispatch—no long floating warehouse waiting, no relabeling, and no stale stock that lost its structure sitting in transit.
We welcome process audits, share real batch records, and provide on-call technical teams, not just monthly check-ins. Most importantly, we build stock and scale capacity based on rolling customer pipelines, so large-volume users get the supply continuity they need, even in peak season or in the case of raw material disruptions.
Teamwork keeps us moving forward. Our chemists, production workers, and technical service partners have all worked on actual drum floors; we know that no batch is just another number—each hide, every split, and every crust run reflects a real person's work and livelihood.
We crafted BRTA - RW Soft Foam System as a real answer, not a shelf product. Every feature—stable foam, granulated dust-free powder, fast reactivity, compatible with tight eco-tanning workflows—came from real-world process feedback. The structured synthesis route lets us control both swelling and dispersion. Tannery owners and operators have fewer headaches and more predictability, with cleaner operation, less product waste, and less need for corrective finishing.
For us, the story of BRTA - RW is ongoing. We listen, test, and adjust, putting the needs of tanners first. We built this product on practical requirements, manufacturing transparency, and a commitment to a cleaner, safer, more responsive retan process. This is the difference genuine manufacturing makes.