|
HS Code |
216391 |
| Name | Carmine |
| Alternative Names | cochineal, E120, Natural Red 4 |
| Source | derived from cochineal insects |
| Appearance | bright red to dark red powder |
| Solubility | soluble in water and alcohol |
| Usage | food coloring agent |
| Stability | good heat and light stability |
| Common Applications | used in confectionery, dairy products, beverages, cosmetics |
| Allergenicity | potential allergen for sensitive individuals |
| Regulatory Status | approved as a food additive in many countries |
| Chemical Class | anthraquinone dye |
| Cas Number | 1390-65-4 |
As an accredited Food Dyes Carmine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Food Dyes Carmine contains 500g in a sealed, food-grade plastic jar with a tamper-evident lid and clear labeling. |
| Shipping | Food Dyes Carmine should be shipped in tightly sealed containers, protected from light, moisture, and extreme temperatures. Transport in compliance with local regulations for food-grade chemicals. Label packages clearly, and handle with care to prevent contamination or spillage. Ensure all documentation meets regulatory transport and safety requirements. |
| Storage | Food Dyes Carmine should be stored in a tightly sealed container, protected from light, moisture, and excessive heat. Keep it in a cool, dry, well-ventilated area away from incompatible substances and foodstuffs. Ensure storage conditions comply with safety and regulatory guidelines to maintain stability and prevent contamination. Clearly label the container and restrict access to trained personnel only. |
|
Purity 98%: Food Dyes Carmine with purity 98% is used in confectionery coatings, where it delivers consistent and vibrant red hue absorption. Particle Size 10 μm: Food Dyes Carmine with particle size 10 μm is used in bakery icings, where it enables uniform dispersion without speckling. Stability Temperature 120°C: Food Dyes Carmine with stability temperature 120°C is used in processed meat products, where it retains color intensity during thermal processing. Water Solubility 50 g/L: Food Dyes Carmine with water solubility 50 g/L is used in beverage formulations, where it ensures rapid dissolution and homogenous tinting. Molecular Weight 492.42 g/mol: Food Dyes Carmine with molecular weight 492.42 g/mol is used in dairy desserts, where it achieves controlled coloring with optimized dosage. pH Stability 2–7: Food Dyes Carmine with pH stability 2–7 is used in fruit-flavored yogurts, where it maintains color brilliance over a broad pH range. Melting Point 210°C: Food Dyes Carmine with melting point 210°C is used in high-temperature candy manufacturing, where it avoids degradation and discoloration during cooking. Viscosity Grade Low: Food Dyes Carmine with low viscosity grade is used in liquid food color blends, where it enhances flow properties for easy mixing. Lead Content ≤ 2 ppm: Food Dyes Carmine with lead content ≤ 2 ppm is used in baby food applications, where it meets stringent safety regulations. Light Fastness Grade 5: Food Dyes Carmine with light fastness grade 5 is used in ice cream toppings, where it resists fading during extended display. |
Competitive Food Dyes Carmine 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
We craft our carmine food dye with a respect for both food safety and long-term reliability. Across decades in pigment chemistry and ingredient production, our teams have learned what professionals require behind the scenes: stable shade, broad compatibility, and a complete picture of traceability from raw material to finished batch. The red colorant known as carmine has roots that stretch back hundreds of years, born out of the cochineal insect native to South America. Today, many food manufacturers rely on carmine for its deep, stable hues, and we’ve built our own process right at the sourcing and production end—offering a purity and consistency that sets the difference between manufacturer supply and third-party distribution.
Every kilogram of our carmine starts life on controlled farms, produced from Dactylopius coccus insects that thrive in monitored conditions. Longer relationships with farm partners mean traceable batches and a reliable flow of raw cochineal extract—something you rarely get from traders collecting at spot market. Once insect harvesting takes place, our team processes carmine through rigorous filtration, extraction, and standardization, so you see less lot-to-lot shift in tone and solubility. Food companies usually worry about color fades or batch mixing issues; real-world use tells us how disruptive variable raw materials can be to a large-scale food line. Years of feedback from actual food plants guided us to remove residual proteins, standardize carminic acid content, and test for allergen safety to suit major markets and labeling needs.
Our most popular product, Carmine Powder 50%, offers about half its content as standardized carminic acid. In bakery and dairy, this provides vivid, lasting reds without extra blending—so you can target the richer scarlet favored by gelatins, yogurts, ice cream swirls, or candy mixes. We also make a liquid variant, consistently used by drink makers and syrup blenders, who require not just vibrant visuals but even dispersal with fast process steps. We mark every drum and carton with traceable batch and lot numbers, going back to the day of harvest, which helps QA teams link every run. Many programs require Halal and Kosher status. We pay for third-party, in-person auditing so our food dyes get paperwork in the most demanding standards, verified on each manufacturing period rather than once-per-year. This is non-negotiable for markets in the Middle East, and it keeps plant shipments accepted in dozens of countries.
As a manufacturer, we face new trends every year: calls for cleaner labels, customer questions about plant-based colorants, and shifting regulations in places like the European Union or North America. Carmine holds a unique place in the colorant family—rarely can anything else provide the deeply saturated, heat-stable reds without heavy metal risks or artificial synthesis. Beet juice sometimes works, but few plant extracts handle high temperatures, pH swings, or long shelf storage; they fade faster and throw unexpected flavors into finished foods. Red 40 and similar synthetics bring their own challenges in regulatory acceptance and public perception. Over time, major brands always seem to stick with carmine, especially where product reputation depends on consistency across continents and climates.
Some may see carmine as an “old school” dye. Working with experienced bakers, confectioners, yogurt processors, and beverage formulators, we’ve come to learn where it excels and where it faces challenges. For instance, pH balance affects final color—a fact often discovered only after multiple reformulations. Acidic applications produce warmer, deeper reds. Neutral dairy or bakery recipes lean toward cleaner pink shades. Rather than one-size-fits-all, we offer small-batch samples and on-site support for our largest partners, bringing lab equipment and shared recipes to real production lines. Adjusting particle size, carrier material, and surfactant content, we help producers reach their own color targets, not a generic minimum standard.
Many promotions you see around carmine focus on technical sheet numbers: carminic acid content, mesh size, allowed moisture, or microorganism count. While these matter, food technologists know they only tell part of the story. Our field teams routinely visit client sites, watching as our dyes pass through tough processes: baking at 180°C, ultra-filtration steps in beverage plants, low-temperature freezing, and high-speed blending. We see that our adjustments in grind size can reduce speckling in frozen treats. By refining filtration, we’ve reduced the “off-flavors” that sensitive palates pick up in yogurts or icing. We don’t stop at a lab pass or regulatory compliance. We judge our batches on whether they deliver in the real-world warehouses, not just small-lot glass jars.
There’s a lot of noise around what constitutes a “better” dye. Sometimes industry media present carmine against beet red, anthocyanin, lycopene, or synthetic reds as if one always eclipses the rest. Decades spent in formulation environments dispel these simple comparisons. Beet and radish colors serve well in specific refrigeration and pH windows but struggle with shelf life and fading in smoothies or fruit syrups. Anthocyanins, pulled out of grape or purple carrot skins, produce beautiful hues in acidic jams but brown quickly under heat or alkaline bakery doughs. Synthetic options like Allura Red or Ponceau 4R feature unmatched visual intensity, but every public poll shows customer skepticism—questions around children’s reactions, regulations, and social licensing rise each season. Carmine stands out for authentic, shelf-stable red with minimal “muddying” of flavor or texture profile, which is why legacy food brand R&D teams still rely on it for flagship candies, yogurts, and frostings.
We do not shy away from carmine’s own challenges. Sourcing is subject to yield cycles. Some years see weaker insect crops, impacted by climate, disturbance, or disease—something that traders feel acutely when prices jump. Because we control production, we can adjust extraction and batch scheduling to avoid gaps, but we have come to accept that natural colorants demand contingency planning and transparent conversation with partners. Another point is allergenic response; while the vast majority of consumers tolerate carmine well, rare reports have surfaced of sensitivity, usually associated with incomplete purification. We run extra rounds of testing for each batch, including protein and allergen limits set by EFSA and FDA, preventing incidence before it starts. Every time regulations shift—say, a new requirement for declaration—the benefit of in-house compliance expertise safeguards customers from product holds or recalls. It’s our job as producers not just to provide a chemical, but to help brands navigate new labeling regimes and help QA teams with technical statements.
Manufacturing carmine may start with extractions and tanks, but it finishes at the shelf or table, in a child’s birthday cake or a celebratory confection. The customers you serve become our concern, as house-brand trust now rides on reliable color and safe specification. Adding the right colorant is not just science—it’s about understanding what happens in the blending stage, how food safety interacts with logistics, and what final consumers ask about ingredients. Experienced technical support makes the difficult moments smoother: fine-tuning red intensity for a yogurt filling, troubleshooting color rings in a dairy swirl, helping marketers respond to consumer questions about animal origin content, or running safety demonstrations during plant audits. Daily, we lean on knowledge, not just to sell, but to ensure our partners can keep delivering product after product without interruption.
Working as the actual manufacturer means taking responsibility for everything that leaves our facilities—integrity means more than compliance. Ingredient traces in today’s world can be checked right down to soil, insect, and extraction process. Our traceability reporting covers timelines, origins, handling records, and analytical data connected to every batch. We supply certificates for every lot, but also open our procedures to on-site audits from our biggest customers—because seeing the batch record with your own team tells more than a slip of paper ever could. In the food dye world, too many incidents came from lack of direct control: ingredients passed along, angled for profit, sourced wherever supply seems easiest. By keeping the entire chain under one roof, we offer a reliability above what spot sellers or cross-continental traders can supply.
We see safety not as a hurdle but a habit. This means auditing handlers at the insect farm, making sure no agricultural chemicals or forbidden pesticides risk entering the chain. It means hiring more skilled QC inspectors than would be “required,” and keeping lab QA equipment active for every shift, not just the first and last run of the day. Years in production have taught us that a single weak lot can undermine months of trust; our process always involves redundant checks for microbiology, heavy metals, and foreign matter, tracked from source to end. Every export container moves with full documentation, tested for origin market parameters. If quality ever dips below spec, we cancel shipments without hesitation. Operating with this approach, we’ve noticed our longest-standing partners rarely request extra audits—they rely on our record, built on years, not price-driven batches.
A food manufacturer meets their customers through results, not through advertising. We approach our work as partners in problem-solving—designing dye blends that work across ovens, mixers, and bottling lines, or troubleshooting as issues appear with new base formulas. From our own side, feedback comes directly from seasoned users: bakers, confectioners, and plant QA managers who care less about marketing talk and more about throughput. Over time, they’ve suggested tweaks we’d never find in lab work—ways to reduce clumping, speed hydration, minimize flavor transfer. Our flexibility as manufacturer gives us room to shift processes, invest in upstream improvements, and supply what’s actually needed, whether it’s a concentrated carmine paste for high-speed drink processing, a microbead powder for even bakery dispersal, or an allergen-controlled line for children’s confections. We learn, adapt, and answer—these are habits learned only from working at the chemical and food industry’s front lines.
Each market, each year, brings another batch of regulatory changes: new allowed usage levels, fresh labeling clauses, or revised allergen notifications. As manufacturers, we track rulebooks closely—our regulatory team keeps up across the EU, United States, China, and major Middle East markets to see ahead of deadlines and adjust to new legal frameworks. Unlike importers who often react to changes with surprise, we incorporate compliance at the start. This protects food brands from costly reformulation or market pauses. We keep archives on every batch and update our purity, labeling, and safety protocols to match or exceed new requirements, without waiting for compulsory enforcement. In an industry where consumer trust rests on public information and agency reporting, direct manufacturer oversight becomes a quiet but real advantage.
More food groups today want natural ingredients, responsibly sourced. Our vertical production model takes this mandate seriously. Farms supplying cochineal for our processes use integrated pest management instead of broad-spectrum sprays, maintain soil health, and reduce water use. We audit fair-labor practices to make sure harvest work supports local communities, not just industrial demand. Waste streams from the extraction phase get treated or repurposed for animal feed or organic fertilizer—minimizing landfill and chemical burden. We experiment each season with pilot plots growing lower-allergen insect strains, or developing methods for improved yield per hectare, so that increased color demand won’t push unsustainable expansion. For most of our long-term buyers, clear sustainability steps signal reliability—they trust us to anticipate global demand, not just price points. By showing our supply chain from field to packaging floor, we help their product marketing and consumer outreach efforts with authentic, fact-based information.
Although carmine holds centuries of tradition, today’s food sector moves rapidly. Color trends can shift in a single cycle. We treat tradition as a base, not a ceiling, always searching for better extraction, stabilization, and blending technology. Our R&D team works alongside food technologists from multinationals and artisan brands alike, piloting new recipes, reducing cross-contamination risk, and exploring hybrid color blends. Innovations like microencapsulation enhance shelf stability and color strength even in extreme process environments. In drinks and dairy alternatives, we test for dispersion and clarity in every new protein base or pH swing. Listening closely to partners, we’re prepared to produce small-lot customizations, increasing the flexibility that today’s private label and specialty foods networks demand.
Experience teaches that food colorants represent more than their E-numbers. For everyday shoppers, clear, consistent color reflects trust and tradition. For brand owners and R&D, ease of formulation, shelf stability, and regulatory compliance reduce day-to-day stress, opening up time for new product launches instead of troubleshooting. As carmine producers, we stake our name on the red dye so many depend on for cakes, candies, yogurts, and more. By taking full chain control, maintaining deep technical knowledge, and keeping communication lines open with both global and local partners, we keep our promise: reliable, safe, and transparent carmine, crafted from source to shipment by those who know color—and know the stakes behind every finished product.