|
HS Code |
761066 |
| Product Name | Solvent Violet 58 |
| Cas Number | 4477-79-6 |
| Molecular Formula | C21H20N2O2 |
| Molecular Weight | 332.40 g/mol |
| Appearance | Violet powder |
| Melting Point | 146-148°C |
| Solubility | Soluble in organic solvents, insoluble in water |
| Color Index Number | 60725 |
| Lightfastness | Good |
| Applications | Used in plastics, inks, and coatings |
| Odor | Odorless |
| Purity | Typically >98% |
As an accredited Solvent Violet 58 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Solvent Violet 58 is packaged in a 25 kg fiber drum lined with plastic, featuring a tightly sealed lid and clear labeling. |
| Shipping | Solvent Violet 58 is shipped in tightly sealed containers, such as fiber drums or steel drums, lined with polyethylene to prevent contamination. The chemical should be stored and transported in cool, dry, and well-ventilated areas, away from heat, sparks, and incompatible substances, following all relevant transport regulations and safety guidelines. |
| Storage | Solvent Violet 58 should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from direct sunlight and incompatible substances such as strong oxidizers. Ensure that the storage area is free from moisture and equipped with appropriate spill containment. Store away from heat and sources of ignition to prevent decomposition or hazardous reactions. |
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Purity 98%: Solvent Violet 58 with purity 98% is used in high-performance plastics coloring, where it ensures superior color intensity and uniform dye distribution. Melting point 139°C: Solvent Violet 58 with a melting point of 139°C is used in thermoplastic polymer compounding, where it offers excellent heat stability and prevents color degradation during processing. Particle size <10 μm: Solvent Violet 58 with particle size under 10 μm is used in precision inkjet inks, where it delivers optimal dispersion and smooth print quality. Stability temperature up to 200°C: Solvent Violet 58 with stability temperature up to 200°C is used in automotive coatings, where it maintains shade consistency under elevated curing conditions. Molecular weight 323 g/mol: Solvent Violet 58 with molecular weight 323 g/mol is used in industrial lubricants coloration, where it allows controlled solubility and minimizes pigment settling. Oil solubility 40 g/L: Solvent Violet 58 with oil solubility of 40 g/L is used in fuel marking applications, where it provides clear visual identification with minimal impact on fuel properties. Light fastness 5 (Blue Wool Scale): Solvent Violet 58 with light fastness 5 is used in packaging films, where it offers moderate resistance to color fading under light exposure. |
Competitive Solvent Violet 58 prices that fit your budget—flexible terms and customized quotes for every order.
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Every pigment and dye tells its own story, and at our manufacturing plant the tale of Solvent Violet 58 begins on the production floor. Our chemists, with years behind the bench, form the core of our expertise. Solvent Violet 58 didn’t always attract the spotlight; much of the chatter among formulators centered on more common dyes, but we saw what careful refining and select raw materials could do. Our process, honed through daily trial and error, gives this product a deeper, richer violet character that holds its tone across batches.
Violet pigments face an uphill battle. They fade, show unevenness, and often fail to live up to expectations in high-performance applications. Solvent Violet 58 came up for review when one of our regular clients—a leading plastics processor—struggled with shade stability and migration issues in their consumer packaging line. Our development team worked through possibilities in the plant’s pilot reactors, adjusting temperature, solvent ratios, and filtration steps. The resulting batch showed a depth of color and a fine dispersion unmatched by off-the-shelf alternatives.
Our Solvent Violet 58 carries the trade code SV58-B, reflecting the batch refinement achieved during 2022. The raw synthesis relies on controlled condensation followed by purification steps unique to our facility. We retain control over reaction kinetics by adjusting feed rates, which in turn directly affects the distribution of dye isomers—this gives an edge in chromatic strength and purity. Our technicians measure not just the dye content, but also the spectral transmittance curve at each filtration stage, chasing out unwanted by-products before the drying process begins.
Typical specifications coming off the production line include a melting point consistently between 160 and 164°C and a solubility profile tailored for polar and non-polar organic solvents. Our quality checks run deeper than the paper certificates: we keep side-by-side performance panels from each drum, always revisiting application shade and migration data when customers present us their process issues. We store historical QC records—not just for traceability but to link the conditions that turned out the highest-performing lots.
Solvent Violet 58 owes its niche popularity to its unique behavior in both plastics and inks. Our dye has been adopted by manufacturers dealing with polystyrene, acrylics, and PVC resins. The biggest challenge customers bring up is stability under heat and light—especially since polymer packaging can see injection temperatures rising above 180°C. Many competing violets degrade during extrusion, leading to pale edges and a washed-out profile. Our process chemistry helps SV58-B retain more of its color strength compared to standard imported grades. We ran side-by-side extrusions with a regular customer last May, and it outperformed the control in both shade retention and low migration, especially in clear PET bottles destined for personal care packaging.
In printing inks, color performance doesn’t mean much if the setup clogs presses or gives erratic dispersion. Our ink formulating partners use Solvent Violet 58 in flexo and gravure systems, benefiting from the balanced particle size distribution and a tight leachable profile. The solubility window we guarantee means our product moves seamlessly between nitrocellulose and polyurethane binders. Experienced printers appreciate a dye that stands up during long print runs, earning us frequent follow-up requests by technical staff. Where needed, we can custom-tune the filtration step to limit oversized particles that could settle or interfere with press hardware.
Of all the dyes passing through our reactors, Solvent Violet 58 stands apart due to its color intensity and heat fastness. Our production records go back a decade, including batches where chromaticity and purity were hard to nail down. We learned early on that standard batch testing—just matching the shade visually—wasn’t enough. What separates SV58-B from run-of-the-mill grades is our investment in real-world application testing; several major clients send us finished product swatches for heat aging and lightfastness studies. Over and over, we’ve seen older generation violets—especially basic triarylmethane or anthraquinone relatives—fray under processing, whereas Solvent Violet 58 retains its full-tone violet even after several hours at elevated temperatures.
The practical difference plays out in both quality and economics. Less migration and better heat stability means fewer product recalls for our clients. For those in the decorative plastics business, this means vibrant color that lasts on the shelf—not just in the lab. Competing violet dyes, especially those from smaller, unregulated producers, often arrive with inconsistent particle sizes or high levels of insoluble matter, gumming up customer tanks and leaving residues in extruder filters. We routinely analyze incoming and outgoing product, learning where microimpurities sneak in and adjusting purification parameters accordingly.
Markets outside Europe and North America often struggle with low compliance grades. We’ve been approached by customers burned by poor reproducibility or unreliable regulatory paperwork from offshore suppliers. Our documentation shows batch traceability and a clear path from raw material lot all the way through finished product, making audits and product safety verification smoother.
Many new customers arrive after trying lesser grades of solvent dyes. Often they come to us chasing a persistent problem: patchy coloring, unpredictable shade drift, or frequent rework during compounding. We open our doors and let them witness the difference experience makes. Our plant process doesn’t just focus on throughput—each reactor run gets fine-tuned by operators who know the importance of batch-to-batch consistency. Real-world testing forms the backbone of our process, with actual samples pulled from customer lines for reference.
Every shipment includes a real application panel, dyed in the same resins that our customers use. We feel this level of engagement sets us apart. For example, a high-end home goods company once sent back a series of poorly dispersing lots supplied by another vendor. Our support team dissected the issue: inconsistent filtration and uneven drying led to oversized agglomerates. We adjusted our process, improved dust control, and provided a revised sample that restored confidence—this hands-on approach builds relationships, not just sales.
The chemical industry bears weighty responsibility. Every product we make undergoes internal HSE review; Solvent Violet 58 is no exception. Environmental traceability doesn’t just reside in the paperwork—we regularly update our raw material assessments to catch upstream compliance shifts. Many of our customers appreciate that we run global compliance checks, including EU REACH and US TSCA listings, long before any shipment leaves the dock. On more than one occasion, this compliance guarantee has helped multinational customers clear customs and regulatory reviews without delay.
Safe handling matters. Solvent dyes can present occupational hazards, so we check not only final product safety but also maintain strict exposure controls throughout production. Every batch operator gets ongoing refresher training, and our spill containment strategy undergoes real-world testing annually. Customers occasionally request extended safety documentation, and we oblige by providing quality reports, impurity breakdowns, and degradation product profiles based on our in-process analyses. We see first-hand how this transparency saves clients both time and effort when reporting to their own regulatory or environmental bodies.
Global supply chains live with uncertainty. We keep safety stock on both finished Solvent Violet 58 and upstream intermediates, hedging against global shipping disruptions and shortages of key precursors. Direct manufacturing allows us to adjust batch sizes with a degree of agility that larger conglomerates often lack. Our plant layout was designed with flexible scheduling in mind. Should a sudden upturn in orders occur, we can double-shift production, keeping customers’ lines supplied at the tempo they demand.
Even during periods of raw material volatility, we work hard to buffer those risks. We fixed supply agreements with major solvents and dye intermediates, ensuring continuity. Our investment in in-house blending tanks and real-time QC allows rapid changes without waiting on third-party approval or delayed shipments. More than one customer has come to us when faced with missed deliveries by intermediaries, and we have delivered on time thanks to this policy of strategic inventory and hands-on logistics management.
A product like Solvent Violet 58 reaches its peak only with feedback from experienced formulators, processors, and QC teams. We encourage customers to share both their successes and challenges. From day one, our technical representatives have logged every phone call, lab inquiry, and visit to customer plants, using this data to guide incremental improvements in batch processing. Often, detailed color performance data from end users leads to improvements in our purification steps or advice on formulation technique for a specific polymer or ink system.
We emphasize the role of trial batches. Rarely does a new client commit to large-scale production without first lab-testing our dye in their proprietary blend. We relish these partnerships, conducting side-by-side trials at our own facility and fielding application engineers for real-time troubleshooting at customer plants. One ink company, facing persistent haze problems with a competitor’s violet, sent us a blend for diagnosis; we traced the cause to solvent-dye compatibility and co-engineered a solution within two production cycles.
After-sales support stands as a pillar of long-term reliability. We answer not just technical queries but support batch adjustment, provide replacement samples swiftly, and keep lines of communication open beyond formal business hours. Building and maintaining this support structure demands investment on our part, but it also builds the mutual trust that lets customers run their lines with fewer surprises and more confidence.
The evolution of colorants will not slow down. As consumer demand pushes for greater safety, environmental stewardship, and sustainability, our R&D team faces daily pressure to innovate beyond today’s benchmark. Work continues on improving the purity profile of Solvent Violet 58, reducing trace by-products, and extending performance under harsher processing conditions. Only last quarter, we trialed a catalyst modification that minimized high-boiling residues and cut overall waste by 10 percent. These small victories add up, making a difference both in our customers’ factories and in our own emissions records.
The market’s demand for transparency grows. We participate in industry consortia sharing best practices for greener chemistry, reduce batchwise solvent loss, and conduct life-cycle analyses to track embedded carbon in our goods. Customers look for proof, not just promises. We review the full supply chain for every ingredient that goes into Solvent Violet 58, seeking vendor partners who adhere to credible certification schemes. If an upstream vendor falls behind, we begin sourcing alternatives while keeping our customers informed about any change that could affect long-term performance.
Standing in front of our reactors, it’s clear production scale makes a direct difference in quality control. Large batch sizes level out raw material fluctuations, but more importantly, we run multi-step in-process tests—not just endpoint checks. Troubleshooting a dye involves watching for tiny shifts: a fraction off in feed pH or a marginally longer reaction holding time can affect final shade. Our process leaders train the next generation of technicians to notice these details, creating consistency batch after batch.
Troubleshooting doesn’t end at the loading dock. We help customers adapt to changes imposed by market shifts, like updated safety regulations or sudden moves to bio-based polymers. Each time a new challenge arises—say, a customer switching to a more heat-sensitive resin—we re-evaluate our filtration methods and adjust downstream drying protocols to suit. This hands-on, responsive approach gives customers quicker problem resolution, saving them both downtime and materials in the long haul.
The story of Solvent Violet 58 is one of evolution and listening. Transparent communication, hands-on technical support, and a willingness to adapt define our course. Real performance finds proof through long-term use by polymer and ink producers who expect continuous quality. Our commitment: don’t just deliver a product, but assist from pilot trials to scaling up for market. Solvent Violet 58 remains a reflection of decades of tireless work—by the very people who still walk the plant floor, batch after batch, color after color.