|
HS Code |
925821 |
| Name | Common Ink Dye |
| Type | Dye |
| Color | Black |
| Base Ingredient | Iron Gall |
| Form | Liquid |
| Solubility | Water-soluble |
| Ph Level | Acidic |
| Usage | Writing and Drawing |
| Container Material | Glass or Plastic Bottle |
| Odor | Mild |
| Viscosity | Low |
| Drying Time | Quick |
| Fade Resistance | Moderate |
| Toxicity | Low |
| Storage Temperature | Room Temperature |
As an accredited Common Ink Dye factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A clear, plastic 500 mL bottle labeled "Common Ink Dye," featuring hazard symbols and handling instructions, securely sealed with a screw cap. |
| Container Loading (20′ FCL) | 20′ FCL for Common Ink Dye typically holds 16–20 metric tons, securely packaged in drums or intermediate bulk containers for safe transport. |
| Shipping | **Shipping Description for Common Ink Dye:** Common Ink Dye should be shipped in tightly sealed containers, protected from light and moisture. Store at room temperature and avoid extreme heat or cold. Package securely to prevent leaks or spills. Ensure appropriate labeling and documentation per applicable regulations for safe handling and transport. Not classified as hazardous for shipping. |
| Storage | Common ink dye should be stored in a tightly sealed container, away from direct sunlight and sources of heat. Keep it in a cool, dry place, ideally between 15–25°C (59–77°F). Ensure the storage area is well-ventilated and labeled accurately. Avoid storing near incompatible materials, such as strong oxidizers or acids. Handle with appropriate personal protective equipment. |
| Shelf Life | Common ink dye typically has a shelf life of 1-2 years when stored in a cool, dry, and sealed container. |
|
Viscosity Grade: Common Ink Dye with viscosity grade 20 cP is used in high-speed inkjet printing, where it ensures smooth flow and consistent droplet formation. Purity: Common Ink Dye of 99.5% purity is used in archival document reproduction, where it delivers vivid color retention and reduced fading over time. Particle Size: Common Ink Dye with particle size under 100 nm is used in fine pen manufacturing, where it prevents clogging and allows for uniform line widths. Stability Temperature: Common Ink Dye with stability temperature up to 80°C is used in industrial coding systems, where it maintains color intensity during prolonged operation. pH Value: Common Ink Dye adjusted to pH 7.0 is used in school supply inks, where it minimizes corrosion risk in metal pen components. Solubility: Common Ink Dye with water solubility >50 g/L is used in textile stamping, where it provides rapid dispersion and clear pattern definition. Molecular Weight: Common Ink Dye with molecular weight of 350 g/mol is used in security printing, where it enables easy formulation with specialty additives for anti-counterfeit measures. Lightfastness: Common Ink Dye with lightfastness rating 6 is used in outdoor signage ink formulations, where it ensures prolonged color stability under UV exposure. Melting Point: Common Ink Dye with melting point 140°C is used in thermal transfer printing, where it resists unwanted melting or spreading during the transfer process. Conductivity: Common Ink Dye with conductivity of 500 µS/cm is used in conductive ink applications, where it allows for integration into smart packaging sensors. |
Competitive Common Ink Dye prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@bouling-chem.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: sales7@bouling-chem.com
Flexible payment, competitive price, premium service - Inquire now!
In the dye industry, consistency means as much as innovation. Here at our facility, we stick to the basics that have proven their reliability over decades, without losing sight of the need for steady improvements. Common Ink Dye represents a foundation for a wide span of applications — not just in printing, but in a host of daily and industrial operations. Over the years, our chemists have fine-tuned this product with careful hands and sharp eyes, steering clear of shortcuts that would jeopardize our customers’ trust.
We don’t approach dye manufacturing as an abstract pursuit. Every choice — from pigment sourcing to filtration, from mixing batches to measuring viscosity — comes from a push for practical durability. Many expect dye to just ‘work’ when poured out, and our own technicians hold that expectation, too. In-house, Common Ink Dye runs through our printers and fills our test markers in hundreds of daily checks long before anything ships out the door. These trials push the formulation until it meets real day-to-day stresses like temperature swings, chemical exposure, and extended shelf life. We’ve learned over the years which tweaks make sense and which cost more than they return. As a result, the dye you get reflects both tradition and persistent problem-solving.
Common Ink Dye stands as a direct response to the needs of print shops, manufacturers, schools, and artists who can’t stand unnecessary breakdowns. You can choose from several core models, shaped by repeated customer demands. For instance, our Standard Blue 3204 pairs deep tint with low sediment, especially valued in high-speed printing operations where nozzle clogging costs time and money. On the other hand, households and laboratories often opt for Balanced Black 2105, which delivers consistent contrast and fades less over months in exposed conditions.
We don’t release off-the-shelf formulas and simply relabel them. Since we run one of the largest on-site QA labs in the region, our team adjusts each batch for particle distribution, surface tension, and pH value inside the same workspace where our machines fill bottles bound for international clients. Unlike many resellers, manufacturers, or traders who rely only on spec sheets or third-party testing, we bear the full weight of satisfying warranty claims. So we own every choice made during processing. Lab staff sit just meters from the mixing lines and run real-time tests, reviewing solvent composition minute by minute as orders ramp up or shift based on weather changes or region-specific shipping. We’re in full control, and we see mistakes ourselves before our customers do.
We’ve often been asked to explain how our Common Ink Dye stacks up against countless alternatives. The truth is not all dyes suit all markets, and not every bottle blends seamlessly in different conditions. Plenty of bulk dyes on the market come from oversimplified synthesis routes, and cut corners regularly show through with sediment settling or unpredictable color drift. A number of imported options don’t cope well with regional storage conditions — they break down, separate, or react with packaging when seasons flip abruptly.
Our product development steers clear of batch-to-batch guesswork. The technicians running our mixers build every formulation for consistency between weeks and years, not just between initial shipments. Customers often tell us they switched away from lower-cost imports when they discovered marker tips clog halfway through the school year, or that bulk packaging developed musty odors after only a month on humid warehouse shelves. These problems trace back to formulation gaps and a lack of deep technical oversight. We scan every batch using high-precision spectrophotometers and run trace impurity testing because even a minuscule contaminant can spell trouble in large-format applications. These measures go beyond industry minimums. To us, every lot stands as a direct extension of our name and integrity.
Daily at our site, trucks come and go carrying Common Ink Dye for all sorts of uses we never imagined at the start. Schools order tens of thousands of liters every month for filling whiteboard markers and classroom supplies, banking on the fact that our blues, reds, and greens can handle sticky hands, rough use, and weeks of uncapped markers. One art collective in our city takes barrels of Standard Yellow for silk-screening, pushing our chemistry to its limits in custom finishes and mixed-media installations that hang in galleries around the world.
In the packaging sector, our dye’s resistance to UV degradation shows strength on production lines running three shifts daily. Specialty printing operations — from voting ballots to postage stamps — depend on our formulations to prevent smudge and counterfeiting, so our testing loop hardens against every shortcut that could undermine long-term legibility. In the world of biological staining, researchers tap our adjusted versions for microscopy work, trusting that a dye’s lack of interference gives them clear, reproducible images for critical experiments.
Each month, a partner laboratory running high-speed inkjets for data archiving drops off feedback about how our dye interacts with different substrates, especially recycled papers. Nobody sees how a product really performs until it leaves the nice, predictable world of lab conditions and lands in daily work. These users let us know quickly if any flaw creeps in, and we make adjustments accordingly in real time, batch by batch. We don’t just market a dye, we ride the journey with those who rely on it for their own business continuity.
As a chemical manufacturer, raw material sourcing matters as much as mixing. All our base components pass through supplier audits and our own inbound quality checks. No off-the-grid inputs, no poorly characterized intermediates. Each model under the Common Ink Dye family lands at specific color indices, coverage profiles, and drying curves. Solvent/vehicle mixes differ slightly between models depending on whether a client needs faster drying times for automated printers or longer open time for hand-crafting.
Dry matter content sits tightly controlled — our Blue 3204 keeps particle size in the sub-micron range, while our Black 2105 hovers right at the threshold demanded by fast-food packaging plants running automated coders. Specific gravity and surface tension targets arise from feedback supplied by power users, not abstract marketing. We calibrate pH to steer clear of background yellowing, especially for archival uses. Bottling lines run with oxygen exclusion, reducing risk of off-color shifts or the subtle browning that shows up after months of warehousing.
None of these steps would make sense without constant collaboration with our core clients. Every few weeks, teams from factories and large buyers walk our lines, sampling fresh output while sharing short-term failures and long-term hopes. We act on those lessons right away. It’s not a marketing story — it’s the lifeblood of keeping the Common Ink Dye product line alive and practical. If a line operator at a publishing house calls up to say a run got gunked by overnight thickening, our lab staff tracks root cause fast, then reworks procedures to sidestep the pitfall in the next production cycle.
Modern chemicals face stricter oversight. Across all our processes, environmental scorecards do more than tick boxes on a spreadsheet. We reclaim solvents wherever practical, and treat process wastewater using robust on-site facilities instead of kicking that task down the supply chain. All outgoing shipments come with breakdowns of heavy metal and volatile organic compound content — not as a defensive measure, but as an open invitation for client audits.
Every additive and preservative receives rigorous scrutiny. We avoid known persistence or bioaccumulative agents, not just because of regulation, but through hard-won lessons witnessed across partner industries. For example, one year we learned firsthand that a seemingly ‘standard’ antimicrobial used widely in craft-market dyes could trigger allergic responses in school settings. We dropped it and rewrote the process, no matter the cost, because a child suffering just wasn’t worth the price of speed.
Many competing dyes dress up their appeal with bright labels or unusual bottle shapes. Our Common Ink Dye opts for solid reliability over trend-chasing. Some suppliers cut cost with lower purity intermediates, which can save pennies per unit but set up customers for expensive failures down the line. Others claim universal compatibility across inkjet, offset printing, textile, and marker applications, but in reality, a formula that tries to do everything ends up excelling at nothing.
We’ve observed that real results only surface after large-volume buyers have run several production cycles. Our clients often share photos of printed labels six months down the line, pointing out how a competing ‘ultra-black’ faded in no time, while our Balanced Black 2105 stayed readable through heat waves and damp winters. It’s tempting to chase short-term price swings in supply chains, but repeat customers know the value of clear, stable ink that won’t betray them under pressure.
Every dye bottle has a shelf life, but the true test kicks in on the workbench. Shipped batches face storage in unheated warehouses, shipment by road and rail, sometimes even sitting in shipping containers for weeks in tropical ports. Plenty of manufacturers quote ideal storage temperatures and recommend tightly regulated environments, but we know reality punches those guidelines each season.
To fight back against temperature cycles and accidental exposure to light, our packaging uses UV-protective plastics. Each closure gets double-sealed. We don’t just recommend these steps; our warehouse staff take them daily. Over time, we’ve swapped out glass for tougher, recyclable polymers, striking a balance between product integrity and environmental impact. Clients who manage thousands of liters in industrial settings report fewer spills and breakages since the switch, and warehouse operators spend less on hazardous-waste cleanup.
Ink usage accelerates during regional hot spells. Humidity messes with fine print jobs. Our formulations hold tight — partly due to well-chosen co-solvents, partly through stubborn testing even in the hottest months. Some batches even get shipped south for field evaluation before we approve spec tweaks across the board. We’re not in the guessing business; every adjustment faces full exposure before it becomes part of everyday production.
Price comes up in every negotiation. We can’t deny that some competitors undercut ours by a fair margin. Those who buy based on pure cost often circle back after discovering that raw price alone doesn’t deliver. The frustration of clogged nozzles, faded colors, or odd bottle sediment ends up costing more in machine downtime, discard rates, or unhappy end users.
Our support doesn’t stop at shipment. Clients gain access to our technical bench — direct lines to the people who developed the formula. When a challenge pops up in the field, the folks who built the recipe offer direct guidance or even customize future orders based on urgent user needs. We’ve seen entire product lines for specialty art markets evolve out of a single client call asking for a tweak in viscosity. This back-and-forth shapes what’s on offer next season, setting Common Ink Dye apart from warehouse stock pumped out with little oversight.
It’s tempting to automate everything in the name of efficiency. Over twenty years, we’ve scaled up, but we never let go of batch-by-batch hands-on testing. Small-lot blending stays standard here to keep any off-batch contained and to preserve the depth of our data. Automated lines measure, but human operators spot the subtle shifts in tone or scent that no sensor catches right away. This attention matters because one missed defect can ripple to thousands of users in a single day.
Nearly every month, a customer brings in a print sample, asking whether a faint haze or off-odor links back to the ink. We trace the chain quickly — production notes, QC logs, batch records. Most issues get fixed on the spot. Long relationships with both buyers and suppliers keep our raw materials predictable, so customers see familiar results year after year.
Common Ink Dye won't chase the buzz of novelty for novelty's sake. Our team draws from what’s worked and listens for where things break, adjusting slowly and steadily. Supply chain crunches taught us the value of second-sourcing all critical raw materials; one lost shipment can spark weeks of headaches if you’ve put all your stock in a single channel.
Feedback loops matter more now than ever. Industry regulations, environmental impact, and social expectations keep evolving — so we plan with one eye on the future and both feet planted squarely in hard-won experience. We don’t launch ‘next-gen’ versions until our clients have wrung them dry in the field. Years spent handling bottom-line failures and surprise breakthroughs shape every bottle of Common Ink Dye that leaves our doors.
No chemical solution, no matter how advanced, survives long if it can’t hold up outside the lab. For decades, our Common Ink Dye has found its place in thousands of hands, running through print heads, saturating fabrics, lighting up signs, and tracking vital research papers. Our strength stems from stubborn attention to detail, frequent reality checks from users, and a refusal to reach for the cheapest or easiest route when a tougher choice supports lasting quality.
Each batch tells part of our ongoing story — not just of color on paper but of trust that builds over years. We won’t claim Common Ink Dye fits every purpose, but we know it holds up where it matters most: where reliability means fewer headaches, less waste, and partners willing to return, year after year. If you’ve ever suffered the headaches of clogged nozzles, unpredictable fading, or unreliable batches, you’ll find a different experience here — one shaped by the realities faced daily by manufacturers, not marketing departments. It’s not glamour. It’s what we do, and it’s what Common Ink Dye delivers.