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HS Code |
595438 |
| chemical_name | Citranaxanthin |
| synonyms | Beta,psi-carotene-4-one |
| molecular_formula | C40H54O |
| molecular_weight | 550.85 g/mol |
| appearance | Orange-red powder |
| solubility | Insoluble in water; soluble in fats and oils |
| E_number | E161g |
| CAS_number | 518-97-4 |
| melting_point | 174-178 °C |
| usage | Food colorant and animal feed additive |
| stability | Sensitive to light, heat, and oxygen |
| origin | Synthetic; can also be found in some plants |
| storage_conditions | Store in cool, dry place, protected from light |
| toxicity | Generally recognized as safe (GRAS) in typical food usage |
| color_index | CI 75130 |
As an accredited Citranaxanthin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Citranaxanthin is packaged in a sealed, amber glass bottle containing 50 grams, clearly labeled with safety and handling instructions. |
| Shipping | Citranaxanthin is shipped in tightly sealed, light-resistant containers, protecting it from moisture and air. It is transported under cool, dry conditions, following safety and regulatory guidelines for chemicals. Proper labeling and documentation ensure safe handling and compliance during shipping. Avoid heat, UV exposure, and incompatible substances throughout transit. |
| Storage | Citranaxanthin should be stored in a tightly closed container, protected from light, heat, and moisture. Keep it in a cool, dry, well-ventilated area, ideally at 2–8°C (refrigerator conditions). Avoid exposure to strong oxidizing agents. Proper storage helps maintain its stability and prevents decomposition or color degradation. Keep away from incompatible substances and follow all relevant safety guidelines. |
Applications of Citranaxanthin in Industrial ManufacturingCitranaxanthin serves as a high-value carotenoid pigment in several industrial sectors, predominantly due to its coloring properties and functionality in feed and food applications. As a verified manufacturer, we supply citranaxanthin exclusively to verified downstream domains with proven regulatory compliance and technical needs. Below, we outline its key industrial applications, detailing precise technical requirements, processing steps, and final output types in each specialized market segment. 1. Poultry Feed Pigmentation (Egg Yolk and Broiler Skin)Commercial egg and broiler producers integrate citranaxanthin as a primary pigmenting agent to achieve consistent, natural coloring in yolks and poultry skin. Strict quality management tracks its addition throughout the feed compounding stage, where its stability and color yield under pelleting and extrusion are critical. Producers carefully adjust dosages based on animal nutritional needs, pigment deposition rates, and desired final color parameters for premium egg and poultry marketing. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Fish Feed Additive (Aquaculture Pigmentation of Salmonids and Ornamental Species)Citranaxanthin supports color enhancement in salmon, trout, and ornamental fish species to meet consumer and export standards for fillet or skin appearance. Feed manufacturers must ensure pigment retention after extrusion, accounting for high-temperature processes common in aquatic feed production. Specialized nutritionists evaluate and select dosages that correspond with the species’ carotenoid uptake and regulatory residue limits, resulting in consistent visual quality for high-value fish products. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Processed Food Coloring (Bakery, Snacks, and Confectionery)In processed foods, citranaxanthin functions as a natural colorant, delivering yellow to orange hues without synthetics. Food technologists prefer its strong dispersibility and heat tolerance during baking, frying, or extrusion. Applications require precise dosage based on product surface area, moisture, and desired visual profile, ensuring adherence to food additive regulations and qualitative bench-marking against consumer preference studies. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Beverage Industry Pigmentation (Juices and Functional Drinks)Citranaxanthin sees selective use in fruit-based and functional beverage lines to intensify natural orange tones and improve shelf appeal. Beverage formulators hydrodisperse the pigment in pre-emulsified concentrates, closely monitoring stability during UHT and aseptic filling operations. Dosing relies on the target color index as well as interaction with the beverage matrix, ensuring compliance with permissible levels in international markets. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Animal Pet Food Enhancement (Colorant for Treats and Kibble)Pet food producers employ citranaxanthin to achieve appealing, naturally-derived coloration in dog and cat food products, often for premium or specialty lines. Dosing falls within strict safety and nutritional tolerances, as prescribed by regional guidelines. Robust pigment integration protocols at the coating and kibble shaping stages retain color uniformity through extrusion, drying, and packaging. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Citranaxanthin rarely grabs headlines, but anyone involved in animal nutrition or food coloring knows the pivotal role it plays. From the manufacturing floor to real-world feed mills, we've spent decades refining its process and applications. This carotenoid pigment, recognized by its deep reddish-orange hue, delivers a unique punch in both animal feed and select food uses—especially where color enhancement matters. That reddish-orange pigment doesn't happen by accident. It’s the result of controlled synthesis and a focus on clean, reliable output right at our own production site.
Citranaxanthin belongs to the xanthophyll class. Its chemical structure, C40H54O, stands out because of its strong coloring power. Our flagship product model centers on a powder form with particle sizing tuned for consistent dispersion in feed and food matrices. Its solubility leans toward oil rather than water, matching the needs of fat-based delivery systems in animal feed. We don’t rely on generic toll-manufactured material. Our lines maintain batch integrity through close process monitoring, avoiding inconsistent color outcomes that tend to crop up in less tightly controlled plants.
Citranaxanthin often ends up in poultry and fish feed to boost the vibrancy of yolks or flesh. Many customers in egg production judge success in yolk color—consumers expect a certain golden shade across continents. In aquaculture, intensely red-orange flesh drives demand and market price, particularly for trout and salmon. From our vantage point, customers don't want guesswork. They want promises kept batch after batch. Poor consistency brings back bags of complaints and hits trust in the supply chain. Our QA team keeps a tight reign on pigment yield and intensity, sampling every run and measuring actual color index rather than relying on paper specs. We’ve learned that pigment carry-through into animals’ systems depends as much on our quality as on feeding regimes on the farm.
Over time, we’ve seen a range of synthetic and natural carotenoids flood the market: beta-apo-8-carotenal, canthaxanthin, and natural extracts like paprika oleoresin or marigold. Each has limitations. Our Citranaxanthin occupies a distinct spot, providing stronger color intensity per gram compared with standard canthaxanthin—especially useful when regulations cap additive load, or feed space is at a premium. It also avoids the flavor drift that arises with some botanical sources. Some powders on the market struggle with uneven coloring or early fading under feed processing conditions. We’ve tuned our method to stabilize pigment crystals, so color sticks through pelleting and mixing, holding fast through the practical realities of large-volume feed manufacture.
Third-party traders often juggle multiple sources, and that’s given rise to wide variability in pigment power and residue. Manufacturing Citranaxanthin in-house lets us break the cycle. We select raw materials ourselves, operate reactors on dedicated lines, and filter all intermediates on-site. Our labs verify purity and track by-products before every shipment. Customers report a marked difference when they switch from bulk-market supplies to direct-from-manufacturer batches—less pigment drop-off, fewer process slowdowns, and a more reliable end result in the final product. Real-world experience on the line trumps theoretical spec sheets every time.
Every batch of Citranaxanthin gets designed for feed blending. Formulators at our partner integrators report that our material mixes evenly in compounded feed, binding well to fats and proteins in premixes. The key advantage in animal feed rests on its ability to convert dietary pigment into the deep gold or red shades expected by consumers—and those results follow through, even after extended storage. It doesn’t disappear in the steam, nor does it fade from light exposure on the shelf. The pigment becomes biologically available, allowing poultry and fish to deposit it in yolks and flesh with efficiency.
Food technologists know that few synthetic carotenoids meet this same level of color saturation without affecting taste. Citranaxanthin keeps neutral flavor and aroma profiles, a necessity for table eggs and fish fillets heading for strict retail standards. Our clients across the poultry and aquafeed sectors revisit their pigment plans often—when market prices spike or feed grain composition changes—yet Citranaxanthin stays in their color playbook. Reliability counts more than hype.
Modern supply chains demand more than a colored powder. Feed mills insist on clear traceability. Since we control process chemistry and logistics, every shipment includes batch-level documentation tracing back to raw materials. Our analytical team runs HPLC and spectrophotometric checks before dispatch, targeting main peaks and confirming color value against standard references. Frequent audits, both internal and by customer teams, push us to catch shifts in purity and minimize extraneous residues far below regulatory limits. Put simply: if quality slips, the effect shows up fast in the market, whether in pale yolks or splotchy fillets. So we aim for transparency, not just inspection at the end of the line.
Working in the pigment space means keeping up with shifting global regulations. Feed and food additives see regular review, with strict controls over dosage levels and residue limits. Our technical and regulatory staff monitor these standards country by country. In most markets, Citranaxanthin gets approval within a moderate dosage window—manufacturers can’t just load up to hit maximum color. We adjust our pigment planning and customer support to local needs, helping nutritionists stay within safe and legal thresholds while still delivering the shade their customers expect. Documentation ships with every order, demonstrating our alignment with current rules.
Where pigment sources fall short on approval or traceability, customers turn to stable products like ours. In several regions, regulators take special interest in pigment origin, purity, and biotransformation—issues that untracked intermediates can complicate. Direct manufacturing cuts out uncertain links in the chain. We answer technical questions directly, supporting audits, registrations, and customer research without delay or red tape.
End-users value shelf-life and pigment retention. Citranaxanthin stands up well under regular warehouse conditions: moderate temperature, normal humidity, minimal direct light exposure. Feed engineers appreciate that they can keep our product on hand without worrying about big color drops or clumping. We test retention after six and twelve months and update storage recommendations accordingly. Factors like particle size, crystal shape, and stabilizer selection all affect final shelf performance. That’s another reason why in-house control over process and formulation beats batch blending from unknown sources.
There’s growing pressure across the industry to use ingredients that align with sustainability goals. While Citranaxanthin originates from synthetic routes, our plant reduces solvent and byproduct waste through process improvement and heat recovery. We design steps for solvent recycling and minimize abrasive solids that can complicate waste handling downstream. By insulating ourselves from volatile global bulk supply chains, we avoid price hikes and shortages that have hit many pigment buyers since the last supply crunch.
Partnership with researchers and livestock companies lets us tune Citranaxanthin for evolving feed formats—pellet, liquid, or starch-based blends. In some new markets, especially where consumers expect alternatives to traditional pigments, we provide data on environmental footprint and pigment retention life-cycle. As animal protein markets face increasing scrutiny, we stay ready to adjust product characteristics and disclosures, keeping the information both grounded and accessible.
Animal nutritionists share two main concerns: pigment cost and bioavailability. Citranaxanthin holds its ground by delivering strong coloring at lower inclusion rates compared to bulkier natural extracts. Price fluctuations and global trade turbulence sometimes threaten reliable supply. Manufacturing under one roof gives us an edge—no sudden vendor switches, no cross-contamination or unaccounted for intermediates. We keep reserve raw stocks and backup utilities, weathering short-term disruptions in the supply pipeline.
Bioavailability sets apart theoretical colorant impact from practical results on the farm. Through in vivo sampling and comparative trials with competing synthetic pigments, we show that targeted particle size and stabilized forms consistently outperform unrefined versions. Chickens and salmon absorb and deposit Citranaxanthin in a predictable way, matching farmer and market expectations. There’s no substitute for results after the feed mixer, inside production flocks and in fillet case displays. Technical service teams visit customer facilities, survey pigment deposition, and help design cost-effective feeding programs.
Trust builds up over years, not months. Our greatest concern as a manufacturer remains avoiding quality slips—adulteration, contamination, or accidental mixing with other pigments. Dedicated equipment, internal certification, and full staff training cut risk of cross-contact incidents. We don’t chase lowest-cost, multi-use third-party vendors. Each lot gets tracked by both our quality team and our main customers, ensuring every bag in a bulk shipment matches our published certificate.
With tightening rules around traceability and transparency, especially across Europe and East Asia, we see more customer audits, both announced and surprise visits. Our team welcomes these, as they keep our process sharp and standards high. Openness beats marketing buzzwords. Reports of other pigments arriving with off-standard hues, mystery residues, or uncontrolled dust exposures only reinforce our resolve to maintain process discipline and share full tracking with partners.
Citranaxanthin sits at a crossroad of tradition and modern technology. Some forecast a return to all-natural pigments, while others recognize the stubborn reality of commercial requirements and scale. Our approach focuses on predictability, transparency, and technical support. We aim for realistic improvements: rendering, stability, environmental management, and a tighter regulatory game.
Direct conversation with feed producers and food brands drives our progress. As the original manufacturer, we don’t work through layers of brokers. Every insight from customer trials, every feedback call, loops right back to R&D and process engineering. Field input shapes new grades and stabilizer choices. Orders come in bulk or discrete bags, with customized delivery patterns to suit processor needs. Our shipping and logistics staff work hand-in-hand with technical service, keeping supply both steady and responsive during industry swings or seasonal demand spikes.
Manufacturing Citranaxanthin isn’t just a matter of colorant chemistry; it’s a daily effort to meet and exceed expectations that stretch from the factory floor to the breakfast table. We hold ourselves responsible not only for the properties of the product, but for making sure that every shipment reflects real, hands-on expertise and investment in quality. Citranaxanthin keeps its place in modern agriculture and food science by standing up to real-world scrutiny. We believe our advantage lies in staying close to both our process and our customers—never settling for good enough. Whether feedmill, poultry farm, or food processor, our partners can count on a constant product, direct support, and honest answers from the team that produces it—end to end, every batch, every day.