|
HS Code |
240594 |
| Product Name | Violet 2 |
| Color | Violet |
| Chemical Name | Basic Violet 2 |
| Cas Number | 548-62-9 |
| Molecular Formula | C25H30ClN3 |
| Molar Mass | 407.98 g/mol |
| Appearance | Dark green powder or crystals |
| Solubility In Water | Soluble |
| Usage | Dye for textiles, paper, and biological staining |
| Melting Point | 137 °C |
| Synonyms | Gentian Violet, Crystal Violet, Methyl Violet 10B |
As an accredited Violet 2 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Violet 2 is packaged in a 100-gram amber glass bottle, featuring a sealed cap and clearly labeled hazard and handling instructions. |
| Shipping | **Violet 2** should be shipped in tightly sealed containers, protected from light and moisture. It must comply with local, national, and international regulations. Ensure proper labeling, including hazard identification if applicable. Transport with secondary containment to prevent leaks or spills, and avoid exposure to heat or incompatible substances during shipping. |
| Storage | Violet 2 should be stored in a tightly closed container, protected from light and moisture. Keep it in a cool, dry, well-ventilated area away from incompatible substances such as strong oxidizers. Avoid direct sunlight and extreme temperatures. Clearly label the container and keep it away from food and feedstuffs. Ensure access is limited to authorized personnel only. |
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Purity 98%: Violet 2 with a purity of 98% is used in pharmaceutical formulations, where it ensures consistent drug coloring and safety compliance. Melting Point 124°C: Violet 2 at a melting point of 124°C is applied in plastic masterbatch production, where it provides uniform pigment dispersion and thermal stability. Particle Size 2 µm: Violet 2 of 2 µm particle size is incorporated in cosmetic powders, where it achieves smooth skin application and even color coverage. Viscosity Grade 120 mPa.s: Violet 2 of 120 mPa.s viscosity grade is added to textile dye baths, where it enhances fiber penetration and vibrant shade uniformity. Stability Temperature 150°C: Violet 2 with a stability temperature of 150°C is utilized in inkjet ink manufacturing, where it sustains color intensity under high-speed printing conditions. Absorbance λmax 590 nm: Violet 2 with an absorbance λmax of 590 nm is formulated in analytical reagents, where it delivers precise and reproducible spectrophotometric measurements. Moisture Content ≤0.5%: Violet 2 with moisture content ≤0.5% is applied in food packaging films, where it prevents degradation and maintains visual appeal. Lightfastness Grade 6: Violet 2 of lightfastness grade 6 is used in automotive coatings, where it ensures long-term color retention under intense UV exposure. Solubility in Ethanol 15 g/L: Violet 2 with solubility in ethanol of 15 g/L is used in spirit beverage additives, where it provides stable and clear coloration. pH Stability Range 4–8: Violet 2 with pH stability range 4–8 is employed in household cleaning products, where it maintains dye integrity across various formulations. |
Competitive Violet 2 prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Every batch that leaves our reactors tells part of our story. Among the products we are proud to produce, Violet 2 has played a significant part in shaping the standards of colorants for diverse manufacturing needs. Our journey with this compound began decades ago, rooted in a drive for deep, stable color and performance reliability. This pigment is a direct response to countless conversations we’ve had with partners, who depend on high performance in every application, from plastics to coatings to even cosmetics.
Violet 2 offers a vivid and consistent purple hue, a visual punch that holds steady even under tough processing conditions. Through the years, we've refined our process to ensure a balanced particle size, low impurity levels, and a repeatable color profile. Production starts with a controlled, high-purity precursor stream. Our reactors, monitored by seasoned operators, maintain temperature and mixing profiles with exacting standards. Color consistency isn't just a feature; it stems from a deliberate approach, from chemical feedstock down to the final check before packaging.
As the manufacturer of Violet 2, we know how often customers look beyond the color chart and focus on real-world performance. They ask for coloring power that doesn’t crumble after a week in sunlight or fade under repeated washes. They expect ease of use without dust problems or mixing headaches. Our development and production team has worked hand-in-hand with industry partners to understand these requirements.
Violet 2 meets demanding lightfastness and weather resistance standards, outlasting many traditional organic pigments by several notches. We test our product under accelerated exposure to UV radiation and harsh conditions, ensuring it keeps its chromatic integrity in polyolefins, PVC, polyester, and more. In the past, older violet pigments often broke down or leached out of plastics during reprocessing, but through fine-tuning crystallization and optimizing purification steps, we produce a pigment that integrates into both thermoplastics and thermosets with minimal migration or blooming.
Our customers in the coatings sector challenged us to push for finer dispersibility. We responded by adjusting the synthesis recipe and milling approach, which produces particles small enough for brilliant color, but large enough to avoid health or handling concerns. This balance allows Violet 2 to mix readily, reducing filter blocking and granting paint manufacturers the freedom to speed up their production lines.
During the product scale-up, safety and sustainability remained front-of-mind. We’ve reduced solvent usage in our process by more than half in recent years, reclaiming most waste streams and recirculating them through purification columns. The result is lower residuals in the pigment and a cleaner process overall. Violet 2 now meets strict international restrictions on heavy metals and aromatic amines.
Every drum of Violet 2 carries our promise—not just of vibrant color, but of consistency from lot to lot. By tightly monitoring particle distribution in each run, we minimize lot-to-lot variation. Most batches offer a median particle size below 1 micron, as measured by laser diffraction, which supports optimal tinting power and application flexibility. Whether the customer uses extrusion, injection molding, or solventborne delivery, Violet 2 slides into their process with ease.
Not all customers want the same thing from a pigment. Some seek high tinting strength for lightweight plastic masterbatches. Others want broad compatibility with a range of resins or aggressive solvents. Our technical service works with production to tailor surface properties through post-synthesis treatments, allowing better wetting or dispersibility for specific requirements. We’ve found that with careful control at each step, we keep unwanted ionic residues and byproducts near the detection limit, which means less interference in sensitive systems.
The chemical backbone of Violet 2 provides more than just color—it confers stability across a range of pH and use environments. Still, subtle adjustments in the synthesis route or conditioning step can give users distinct shades or finish options, particularly important for cosmetics, where color nuance and skin safety both matter. Over time, feedback from customers using Violet 2 in personal care products has pushed us to eliminate trace contaminants, shift toward even more sustainable solvents, and run stricter purity checks.
We live in a world that expects more from every product. Plastics producers cannot tolerate fading, yellowing, or migration of color into food or skin contact areas. Paint formulators want pigments that don’t slow down mills or gum up spray tips. Textile dye houses ask for hues that hold during repeated industrial wash cycles.
Violet 2 delivers because its composition, purity, and processing help manufacturers overcome real challenges. In molded plastics, it resists fading even in direct sunlight. In wood coatings, it pairs well with modern binder systems and retains its depth in both waterborne and solventborne systems. While the competitive field includes many generic violets, some based on less stable chemistries, our formulation avoids the common pitfalls of poor lightfastness and unpredictable undertones.
Some pigment technologies force users to compromise—accepting dust, poor flow, or high residue in return for color. Violet 2 releases cleanly from the hopper and processes smoothly, helping line workers avoid exposure and downtime. Because we focus on process cleanliness and tight particle control, formulators using Violet 2 spend less time cleaning filters and more time keeping their lines moving.
Within the color spectrum, violet pigments exhibit a wide range of chemical behaviors and application strengths. Traditional organic violets have served the market for decades, but many suffer from poor light or weather resistance. Some metal complex pigments offer brighter shades but struggle to meet modern safety standards, particularly for consumer products or food contact. Inorganic violets deliver excellent durability, yet often fall short in shade brightness or tinting power.
Our manufacturing team has compared Violet 2 directly to these alternatives. Extensive side-by-side panel exposure confirms Violet 2 holds its shade in demanding outdoor conditions far longer than high-volume commodity violets. We regularly monitor performance under accelerated age testing: after months under xenon lamps, Violet 2 typically loses less than 5% of color strength, well inside customer acceptance limits.
Other pigments can present issues when blended with plastics or paints—they can settle, separate, or generate unwanted haze. Through well-controlled surface modification steps, Violet 2 achieves better dispersion, allowing partners to formulate stable, attractive products more quickly. We’ve worked closely with polymer compounders and paint chemists to dial in surface treatment chemistry, based directly on their in-plant experiences with loading, extrusion, and milling rates.
Product safety remains a central concern—both for us and those who trust our pigment in their products. Over the years, customer requirements have shifted as regulators have placed more emphasis on hazardous impurities, potential migration, and labeling compliance. Violet 2 has consistently tested below strict thresholds for heavy metals, formaldehyde, and other contaminants.
Embedding health and environmental safety into our process has required real engineering changes. Instead of sticking with legacy solvents or purification methods, our team implemented multi-stage purification, capturing trace byproducts and minimizing aromatic amine formation. Resulting impurity profiles continue to improve, supporting use in applications like food packaging, children’s toys, and personal care without triggering restriction or reformulation.
Compliance goes hand-in-hand with transparency. Our customers know they can count on our technical service group for detailed regulatory support, including up-to-date safety assessments and migration data. This trust didn’t come automatically—it grew, batch after batch, as we responded to third-party audits and independent test feedback across multiple continents.
Chemical manufacturing has changed. Customers, regulators, and downstream users look for more than just performance; they examine supply chain, waste streams, and carbon footprint in deciding which partners to trust. For Violet 2, we’ve invested in cleaner processes, capturing and reusing more wash solvent, minimizing water use, and switching to higher-yield synthesis pathways that cut waste at the source.
Our sustainability program seeks more than compliance—it asks how we can leave less fingerprint with each ton. We transitioned parts of our energy sourcing for Violet 2 production over to renewable sources. These choices reduce our carbon intensity and help customers meet their own sustainability commitments. Cleaner processes also mean less occupational exposure risk for plant teams and less community impact down our own supply chain.
Waste handling for Violet 2 builds on dedicated closed loop streams, converting a majority of process byproducts back into reusable raw materials or safe disposable fractions. Process improvements over the last five years, including more advanced separation columns and feedstock purification, have allowed us to drop our total waste disposal by a third, even as production volumes climbed.
Industrial colorants have a checkered past with pollution and hazardous byproducts. We watched firms struggle with legacy issues that should have been solved years ago. Our decision to rework the synthesizing process for Violet 2 came directly from seeing that we could cut waste, enhance safety, and edge closer to full regulatory compliance in markets worldwide.
Innovation in this industry isn’t a one-off event; it’s a daily commitment. The improvements in Violet 2 were driven by hands-on tweaks—adjusting reactor temperature gradients, sampling by hand during long runs, learning from unexpected crystal shapes, and following up with pigment users on the shop floor. Some changes demanded weeks of testing; others happened mid-shift due to an operator's suggestion. We never take product consistency for granted, and our lab teams regularly check for improvements even in mature products like Violet 2.
We don’t just track process variables; we act on them. For instance, as pigment loads in plastics increased, we responded by optimizing surface treatments, creating versions that integrate smoothly into even the most challenging polymer bases. Feedback loops with customers remain direct—phone calls, swapped lab samples, troubleshooting over video—and this dialogue means new production challenges never linger long.
Continuous monitoring also extends to logistics. Packaging, storage, and transport all carry risk for exposure, contamination, or quality loss. Over the years we’ve shifted to improved packaging formats with anti-caking features and stronger barriers to moisture, cutting complaints and making warehouse handling easier for customers and our own staff alike.
Out on the shipping dock, our loading teams check every drum and pallet for seal integrity, ensuring that violet pigment arrives in the same state as it left our plant. These small, practical changes matter. They help us deliver pigment that lives up to its reputation every time.
Behind each kilogram of Violet 2 stands a team of plant workers, lab analysts, and technical service reps who understand not just chemicals, but also the impacts downstream. We’ve seen how pigment mistakes can slow a packaging line or create rework in a coatings plant. That knowledge drives us to combine everyday professionalism with a refusal to compromise.
Product quality isn’t just measured in lab numbers—it’s reflected in customer trust and repeat business. Our pigment production relies on both experienced operators who know how to handle the unexpected, and updated QA processes that flag variation before it leaves the plant. When customers encounter difficult conditions—shifts in oil price, new regulations, changes in end-product uses—we keep them informed, providing clear technical and regulatory documentation alongside product shipments.
We’ve learned that building long-term success in pigment manufacturing means keeping the conversation going. As use environments and regulations evolve, so do we. Our support doesn’t end with a sales transaction—it extends to training sessions, process troubleshooting, and joint product developments. Violet 2 earns its spot in modern manufacturing facilities by delivering dependable performance, steady supply, and a willingness to adapt to future challenges.
The expectation for pigments like Violet 2 keeps rising. Emerging markets demand higher performance at lower cost. Regulatory bodies ratchet up purity and traceability requirements. End users want assurance of safety for children, food contact, and personal care. Coatings chemists look for novel stylistic effects and specialty shades. Every year, these demands sharpen our focus on both quality and adaptability.
We support downstream innovation by keeping our own production flexible, always looking for new partners and novel applications. Whether it’s a start-up company pushing the edge of bioplastics, or a major paint maker hunting for custom shades, we back that work with batch-to-batch reliability and technical support. Our approach remains grounded in practice—careful process stewardship, open dialogue with users, investment in safety and compliance, and an eye for opportunities in a changing world.
Violet 2 doesn’t just fill a spot on a color wheel. It answers specific, day-to-day challenges of modern manufacturers, delivering reliable color, safety, and processing characteristics, made possible by experience and ongoing commitment. Through hands-on work, close feedback, and a focus on real-world performance, we keep Violet 2 at the leading edge of pigment technology—and continue to improve with every batch.