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HS Code |
786164 |
| Cas Number | 9004-70-0 |
| Physical State | Solid |
| Appearance | White to slightly yellow fibrous mass or flakes |
| Odor | Slightly sweet |
| Molecular Formula | Variable (C6H7O2(ONO2)3)n |
| Solubility | Soluble in esters, ketones, and some alcohols; insoluble in water |
| Melting Point | Decomposes before melting (typically above 160°C) |
| Flash Point | Over 80°C (for moistened grades) |
| Explosion Hazard | Highly explosive when dry |
| Density | 1.66 g/cm³ |
As an accredited Nitrocellulose [Unmodified Or Plasticized, Plasticizer Content ＜18%] factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging consists of a 25 kg fiber drum, sealed with a plastic liner, and labeled with hazard and handling information for Nitrocellulose. |
| Shipping | Nitrocellulose, unmodified or plasticized with less than 18% plasticizer, is classified as a flammable solid (UN 2555). It must be shipped in approved, tightly sealed containers, away from heat, sparks, or open flames. Proper labeling and documentation are required, and transport must comply with all relevant regulations for dangerous goods. |
| Storage | Nitrocellulose (unmodified or plasticized, plasticizer content <18%) should be stored in a cool, dry, well-ventilated, and secure area away from heat, sparks, open flames, and incompatible materials. Use tightly sealed containers and avoid direct sunlight. The storage area should be equipped with fire suppression systems, proper signage, and measures to prevent static accumulation. Only trained personnel should access the storage. |
Applications of Nitrocellulose [Unmodified or Plasticized, Plasticizer Content <18%] in Industrial ManufacturingAs a direct manufacturer of Nitrocellulose with controlled plasticizer content under 18%, we provide material fully aligned with the real operational requirements of multiple large-scale downstream sectors. Below, we present detailed application cases using our material across selective, active commercial industries, focusing on compliant usage, formulation, and manufacturing process integration. Each section covers a dedicated industrial context based on actual production scenarios and specification systems. 1. Industrial Wood Coatings and Furniture FinishingManufacturers in the wood coatings sector integrate our nitrocellulose to impart superior levelling, rapid drying, and the distinctive touch required for furniture finishing, musical instruments, and parquet flooring. Due to strict regulations governing workplace safety, emission standards, and customized finish requirements, application rates and processing methods require careful technical tuning to meet customer-specific appearances and expected surface durability. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Printing Inks for Flexible PackagingFlexible packaging converters use our material in gravure and flexographic ink systems due to its ability to disperse and bind pigments, ensure rapid solvent release, and achieve brilliant print definition. Regulatory specifications around packaging ink migration, print durability, and food contact safety drive both formulation design and mixing procedures. Our product supports high-speed printing lines and ensures good adhesion to cellulose films and paper substrates. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Automotive Refinish CoatingsAuto body refinish workshops rely on the rapid drying, high gloss, and sandability characteristics from unmodified and plasticized grades for spot repair primers and intermediate coats. The compliance landscape for these formulations centers on VOC content, workplace exposure, and durability against fuels and weathering. Usage parameters and integration steps focus on both manual and automated spray application lines following international OEM standards. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Leather Finishing CompoundsLeather finishing plants incorporate our material to impart controlled gloss, fast surface cure, and durable flex characteristics that are critical for luxury goods, footwear, and upholstery applications. Steady compliance with migration and emission limits, as well as tactile and visual demands of high-value leather, drive the selection and integration of grade and formulation parameters throughout the finishing line. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Nail Lacquer and Decorative CosmeticsPersonal care and decorative cosmetic manufacturers require strict raw material traceability and process consistency for nitrocellulose-based nail products. Adherence to global cosmetic quality guidelines, solvent limits, and colorant safety are essential throughout batch production. Accurate blending and solubilization under QC monitoring ensure product stability and application performance meeting consumer expectations and legal safety thresholds. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Safety Fuse and Pyrotechnic ManufacturingSpecialized explosives and signaling manufacturers utilize nitrocellulose with controlled plasticizer content under regulated, monitored batch processes due to its defined combustion properties and compatibility with other energetic compounds. Stringent federal and international safety rules dictate formulation, compounding, and storage conditions to prevent uncontrolled reactions and to verify product consistency and safety in end-use signaling or mining situations. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive Nitrocellulose [Unmodified Or Plasticized, Plasticizer Content ＜18%] 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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Our daily work with nitrocellulose gives us a clear picture of why this product matters so much. In our factories, nitrocellulose flows from raw cotton linters through reactors, washes, dryers, and finally, to the hands of users. Each step controls qualities like viscosity, nitrogen content, and moisture—three points that shape its behavior and reliability. For unmodified grades or plasticized types with low plasticizer content below 18%, each variant responds differently in blends and end uses. Customers handling coatings, inks, or leather finishes soon learn that not all nitrocellulose behaves the same way. That difference means a lot for safety, consistency, and output.
One big divider between unmodified and plasticized nitrocellulose is flexibility and workability. In our own plants, the plasticization process calls for skill. Too much plasticizer, and you risk gelling or weeping—problems that can ruin a batch or compromise a finish. Too little, and you end up with powders that become too brittle during storage or handling. Every barrel that leaves our facility has cleared strict tests on moisture, nitrogen, and flow properties. We keep our unmodified nitrocellulose around 12.6-13.3% nitrogen content, which gives a quick-evaporating, strong-binding solution—good for lacquers or silk screen inks where clarity and adhesion count. For customers who want flexible films and less chance of cracking, especially in leather or flexible packaging, we use tested plasticizers like dibutyl phthalate. Here, our low-plasticizer range (below 18%) avoids common problems with bleed or migration, but still improves elasticity and application range.
In real operations, small changes in production can mean the difference between a batch that blends quickly or one that causes headaches for users downstream. This is not marketing talk; any manufacturer who spends time in a blending room or sees their product through an end user’s pilot run can confirm it. For example, printers demand a nitrocellulose that dissolves to a clear, particle-free solution. If the moisture or ash level sits too high, gel formation starts, stalls the process, or triggers costly downtime. Our experience in tight process control—right down to hourly in-process checks—limits these surprises and builds trust with users who cannot afford batch-to-batch drift.
Coating makers push nitrocellulose hard for gloss, leveling, and quick dry. Unmodified types bring high glass transition temperatures (Tg), which delivers hardness and gloss but can also give a coating that fails under high flexing or low-temperature impact. That’s why our factory has long specialized in developing stable plasticized grades for customers who want a better balance between film hardness and flexibility. We target a plasticizer range that keeps performance repeatable in mass production while limiting risks linked to higher plasticizer percentages. Our nitrocellulose does not seep, weep, or migrate, helping large coating operations avoid unpredictable performance—and lost cycles.
During manufacture, we focus on purity, viscosity control, humidity, nitrogen range, and solvent compatibility. For most typical uses—wood coatings, paints, and flexographic or gravure inks—viscosity bands make the biggest impact on flow and finish. We produce both low- and high-viscosity versions, each tested with standard solvents. Producing nitrocellulose is never purely an academic process. Years in this industry show that “specification” and “real-world performance” sometimes diverge if moisture creeps up or raw cotton contains more minerals than usual. Our on-site labs monitor incoming batches so that dust, ash, or color impurities are caught before they reach tanks. This work is not glamorous, but it pays off in the low rate of customer claims and rejections.
We commonly offer nitrocellulose in wet cake (alcohol-wet, water-wet) and dry flake or granule form. Handling safety drives this choice—solvent-wet forms keep autoignition risk at bay, whereas dry flakes deliver efficiency for customers who need powders for direct dissolution. Plasticized grades in our range remain firm and lump-free in storage, a detail that speaks to stable manufacturing and experienced control of plasticizer addition.
Our material’s reach is wide: wood furniture lacquers, printing inks, automotive refinishes, artificial leather, and cigarette tipping paper. Nitrocellulose binds color and pigment, dries fast, and builds tough, glossy surfaces. In wood coatings, it lets cabinet and flooring producers boost clear finish speed, pile up layers, and sand or buff with fewer defects. Offset and flexo printers run our product for sharp, break-free ink films that must pass rub and block resistance—especially under high print speeds or warm shop floors. Leather finishing houses want flexibility and crack resistance, which our low-plasticizer grades help provide.
A difference many end users notice comes from our product’s odor and color. Attempts to push yield too far with rushed washing, high-pressure drying, or shortcuts in plasticizer blending often leave nitrocellulose with a sharp smell or yellow cast. In our experience, slow washing, lower finishing temperatures, and tight water-ethanol balance pay off with a more neutral, user-friendly product. Production teams often take pride in a faint, vinegary scent—evidence that cellulose has been properly nitrated and purified—not “cooked” or loaded with chemical byproducts. Customers from the paint, ink, or plastics sector often tell us that subtle odor and pure appearance translate to confidence on their lines and fewer headaches down the road.
Manufacturing nitrocellulose remains a serious business because safety risks continue at every stage. Furnish selection—meaning the origin and grade of raw cotton—often dictates moisture, trash, or protein content. Those impurities affect nitration and final clarity. Only a few suppliers worldwide offer cotton clean enough for top-grade nitrocellulose, and shipping delays or bad crops sometimes force adjustments in digestion or purification. We have learned that spending a little more on cleaner raw cotton pays out with less waste, better clarity, and more predictable behavior in final products.
Once impregnation begins, operators must monitor temperature, acid ratio, and time accurately. That hands-on expertise makes the difference between stable grades and those that degrade or brown over months. Neutralization and washing remove acids and byproducts that can kill downstream coatings or inks, so our lines invest in real-time pH and conductivity testing during each shift. This is not a process that allows shortcutting. Customers who receive a barrel or pallet count on the fact that not just every order, but every batch, matches the last in application and storage, avoiding disruption either on a shop floor or in an R&D lab far downstream.
Working closely with customers who also purchase ethyl cellulose or cellulose acetate shows us where nitrocellulose stands out. Nitrocellulose dissolves faster in common organic solvents and dries out more rapidly, offering major throughput gains in furniture, automotive, and packaging operations. The quick-drying nature creates smooth, glossy films that other cellulose materials struggle to match, especially under high-speed production. On the downside, this very feature means processors must balance evaporation rates so they avoid blushing, bubbles, or premature gelling—challenges that our technical support often helps troubleshoot.
Where plasticized nitrocellulose shines is in its ability to maintain clarity and flexibility without importing major drawbacks of heavily plasticized films such as plastisol migration or resilience loss over time. Some resin-based alternatives imitate nitrocellulose’s look, but users tend to return when they need faster set times and better film quality.
Years of feedback—from the coating floors of Europe to the printing presses in Southeast Asia—teach us that the customer’s reality does not always follow the data sheet. A nitrocellulose grade promising one viscosity on paper can perform differently in end-use if ambient humidity, storage age, or tank cleaning stray from good practice. Our role grows beyond selling a drum. We listen, sometimes sending support staff into plants to watch mixing, test solutions, or suggest small tweaks to solvent choice or blending speed. That hands-on link, from production floor to user bench, lets us keep problems rare.
We often hear that switching from general purpose nitrocellulose to our controlled low-plasticizer variant reduces downtime from sediment or gel. This comes out in faster cleaning, better color hold, and finer finishes on long press runs or in repeated spray cycles. In leather finishing, the low-plasticizer type helps factories control migration, even under high humidity and temperature swings, avoiding costly reworks or performance failures. Case after case shows us that the smallest details—an extra wash, a slower temperature ramp, a better nylon filter—turn up most in the work that reaches the market.
We see greater demand for specialty coatings and flexible packaging. In response, our teams are adopting more automation, data logging, and continuous improvement steps. Real process traceability now tracks every batch in line—from cotton source through acid recovery and drying—making recalls and audits faster and more transparent. Customers want to see our process all the way back, and our investments in real-time viscosity and nitrogen monitoring let us spot anomalies before they become customer headaches.
We are also adjusting recipes in response to changing environmental and workplace rules. Users frequently request non-phthalate plasticizers or lower-odor versions. Our lab teams run ongoing trials with new materials—sometimes using safer plasticizer types or tighter moisture controls. Nitrogen levels receive more scrutiny, as countries shift environmental requirements or as users seek a more predictable polymer response under stricter safety codes. The goal has always been getting a product that performs as expected, with less risk and more value per drum.
We take pride in the traceability of our operations. Every lot leaves the factory with a unique code tying it to a complete manufacturing record. That record starts from incoming cotton, through acid and solvent recovery, right down to the packaging team. In the event of any anomaly—smell, color, dissolution problem—we can go directly to data and investigate. This system also tracks which environmental rules apply where, which lets us produce specific variants and paperwork for global customers while meeting growing compliance demands.
Continuous improvement matters here. Regular discussions with plant staff, shipping partners, and customers have changed our own process many times. Direct customer feedback led us to introduce better sealing on drums, adjust inline nitrogen checks, and introduce CCTV for critical blending stations. This feedback cycle has significantly cut quality complaints and boosted our own crew’s pride in their work.
We have produced and shipped nitrocellulose across continents and watched trends shift. Cost, performance, and safety remain at the center. Unmodified grades win loyalty from high-gloss wood and printing customers, while low-plasticizer nitrocellulose brings flexibility and resistance where needed. Both types demand expert blending, careful testing, and a willingness to improve with every run.
From the earliest stages—selecting raw cotton lots—to the last inspection before dispatch, each step shapes how our product helps customers make better coatings, clearer inks, and tougher finishes. This is not just theory; it plays out daily in our own lines and at the thousands of end users counting on nitrocellulose to deliver value in real, working factories.
Our position as a chemical manufacturer brings a simple lesson: strong relationships and steady attention to detail do more to bridge the gap between specification and long-term performance than any paper promise. That is how our nitrocellulose—whether unmodified or carefully plasticized—continues to help industries worldwide meet the demands of modern performance, safety, and speed.
