|
HS Code |
410806 |
| Chemical Name | Allura Red AC Lake |
| Common Name | Allura Red Lake |
| Color Index | CI 16035:1 |
| Cas Number | 25956-17-6 |
| Appearance | Red powder or granules |
| Solubility | Insoluble in water |
| Molecular Formula | Variable (lake pigment complex) |
| Primary Use | Food, drug, and cosmetic colorant |
| E Number | E129 |
| Stability | Stable to light, heat, and acid |
| Origin | Synthetic (petroleum-derived) |
| Primary Component | Aluminum lake of Allura Red AC |
| Fda Approved | Yes |
| Melting Point | Decomposes before melting |
| Odor | Odorless |
As an accredited Allura Red Lake factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Allura Red Lake is packaged in a sealed, labeled 500g plastic jar with hazard symbols and batch information clearly displayed. |
| Container Loading (20′ FCL) | 20′ FCL can load approximately 12 metric tons of Allura Red Lake, packed in 25kg bags, securely palletized for export. |
| Shipping | Allura Red Lake is shipped as a solid powder, securely packed in sealed, labeled containers to prevent contamination and moisture exposure. Packaging complies with safety and regulatory standards for food colorants. During transport, containers are handled with care to avoid spills, and shipping documentation includes relevant hazard and identification information. |
| Storage | Allura Red Lake should be stored in tightly sealed containers in a cool, dry, and well-ventilated area, away from direct sunlight and incompatible substances. Avoid exposure to moisture and strong acids or oxidizers. Proper labeling is essential to prevent contamination or accidental misuse. Follow all regulatory guidelines and safety procedures for storing food colorants and chemical dyes. |
| Shelf Life | Allura Red Lake typically has a shelf life of 3-5 years when stored in a cool, dry place in sealed containers. |
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Purity 95%: Allura Red Lake with purity 95% is used in confectionery coatings, where it ensures vibrant and uniform color development. Particle size < 10 µm: Allura Red Lake with particle size < 10 µm is used in tablet film coatings, where it provides smooth texture and consistent color distribution. Stability temperature up to 100°C: Allura Red Lake with stability temperature up to 100°C is used in baked goods decoration, where it maintains color integrity during baking. Water-dispersible grade: Allura Red Lake in water-dispersible grade is used in beverage formulations, where it enables rapid and homogeneous dispersion. Oil-soluble form: Allura Red Lake in oil-soluble form is used in lipid-based soft gel capsules, where it achieves uniform color dispersion without precipitation. Heat resistance 120°C: Allura Red Lake with heat resistance 120°C is used in processed cheese, where it retains color intensity after thermal processing. E-number E129 compliance: Allura Red Lake with E-number E129 compliance is used in dairy desserts, where it meets regulatory standards for food safety and traceability. Molecular weight 496.42 g/mol: Allura Red Lake with molecular weight 496.42 g/mol is used in cosmetic lipstick production, where it provides high tinting strength and precise formulation control. |
Competitive Allura Red Lake prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615380400285 or mail to sales2@liwei-chem.com.
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Tel: +8615380400285
Email: sales2@liwei-chem.com
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Years of handling colorants on the production line have taught us just how much difference a reliable pigment can make in food and personal care applications. Allura Red Lake, as we manufacture it, has proven itself in this environment, earning its place in a lineup that demands both performance and predictability. Industry turns to Allura Red Lake for the depth of its color and its resilience in finished products, not simply for superficial reasons but because the requirements of mass production leave no room for unpredictable shifts in tone or failures in stability.
In practice, formulators want repeatable results. Every new batch gets measured by its fidelity to the last, and any colorant that drifts—even a little—undercuts trust. We fine-tune our Allura Red Lake (often referred to as FD&C Red 40 Lake) to maintain its bold, uniform red shade across every run. Batches pass stringent color matching tests in direct comparison to previous lots. This attention to the smallest details means less rework and more trust from our partners in downstream industry: confectioners, bakers, and pharmaceutical brands alike.
It’s not enough for a pigment to look right in a lab. Our customers want a product that moves smoothly through automatic feeders and blends cleanly, whether they’re making chewy candies or pressed tablets. Consistent particle size, dust control, and good wettability separate successful lake pigments from frustrating ones. We calibrate our milling and drying processes to keep Allura Red Lake’s granulation tightly within specification. Granules that don’t clump and don’t cake help control dosing precisely and cut back on stuck hoppers and wasted material.
We judge our pigment batches by how much coloring power you get per kilogram. If you’ve run lines over years, you know inconsistent strength creates ongoing recalibration headaches. Our Allura Red Lake reaches the targeted dye load every time, meaning predictable color with the same measured scoop or metered feed. Customer feedback from large-scale confectioners backs this up: clear, vivid color lot after lot, which supports the kind of brand consistency modern packaging demands.
Meeting international standards isn’t optional; it’s built into our daily checks and process documentation. Food and pharma sectors trust this pigment precisely because it has cleared hurdles set by bodies such as the US FDA and meets the relevant CODEX specifications for synthetic color additives. Our engineers run oversight from raw materials selection through to blending and packaging—no cut corners. Traceability matters here, so we keep batch records and conduct regular third-party validations for metals, solvents, and dye load. It’s what keeps shipments running smoothly through customs and regulatory review, year in and year out.
Certain products lean heavily on vivid, long-lasting color: think coated tablets, gumballs, extruded snacks, and soft-drink powders. Our Red 40 Lake is favored by large multinationals because it stays bright, even in lower pH foods that may challenge other synthetic reds. Water solubility doesn’t cut it in fat-rich or dry mixes; only a lake pigment suspended evenly through the mixture will do. The fat and oil dispersibility of our Allura Red Lake ensures clear, robust red in chocolates, frostings, and cosmetic pencils—no streaking, bleeding, or unevenness as often seen with non-lake alternatives.
No pigment leaves our plant without being run through a battery of application tests—pan-coating in dragees, compression for tablets, extrusion for snack mixes, and more. Having worked directly with customers in both confectionery and pharmaceutical sectors, we know that ease of incorporation affects everything from mixing times to waste. By tailoring surface properties and providing technical documentation, we help operators bring lines up to full speed with less trial and error.
Allura Red Lake and its dye form, Allura Red AC, share a common root, but practical use reveals the differences. The lake’s insolubility sets it apart—it hangs in fats and oils while the dye can slip out or blot. Think about a sugar-coated chocolate: straight dye would migrate, ruining the crisp boundary between colored shell and center, while the lake pigment stays put. In pressed supplements, the lake keeps color uniform without turning the tablets sticky or uneven.
Stability is not just a specification on a data sheet; it’s the daily reality in a climate-controlled warehouse, or along a yearlong supply chain that ships product worldwide. Allura Red Lake endures heat, humidity, and exposure to light better than non-lake pigments, cutting losses from faded product or color leaching. The pigment’s inertness means it won’t interact with sensitive ingredients such as vitamins, flavorings, or active pharmaceutical compounds. For contract manufacturers, this dependability in the pigment column saves both time and warranty concern.
Unexpected agglomeration or poor flow can shut down otherwise stable production. Our process engineers designed the granulation and final blending steps to avoid common pitfalls: caking in storage bins, excessive airborne dust, or undispersed color spots in the mix. Customer reports often mention how the pigment feeds cleanly through auger systems or vibratory hoppers, cutting down cleanout times between batches. In high-speed processes, even small gains—like reliable flow and low static—translate into more efficient lines and higher yield.
Feedback from manufacturing teams drives our ongoing product development. In one case, a large confectionery client struggled with color loss in fat-based centers. Working onsite, our technical specialists ran trials comparing typical dye forms to our Allura Red Lake. By adjusting surface chemistry and granule size, we developed a custom version that stayed stable through hot-fill and storage. Customers on the production floor notice these kinds of improvements—less color transfer, sharper finished goods, and fewer reworks.
Allura Red Lake performs in diverse matrices, whether it’s in a sugar syrup, a pressed powder, or a lipid system. For personal care, the pigment works well in lip balms, creams, and pressed powders, giving bright, fade-resistant color without harsh texture or chemical interactions that could cause irritation. The ability to function across both waterless and partially aqueous systems opens up options for R&D teams. Our partners report fewer reformulation headaches and greater freedom in setting production parameters.
Intensive oversight governs all pigment manufacturing. Our protocols include routine tests for heavy metals, residual solvents, and microbial contamination—matters of real concern for finished foods and personal care items. We invest in purification steps and employ automated checks to ensure contaminants do not slip through. This isn’t just box-ticking for regulators: it means customers can trust their own brand safety when incorporating our pigments in ingestible or topical applications.
Many new colorants hit the market each year—natural, mineral, and hybrid forms—but synthetic lakes like Allura Red Lake carry certain advantages in high-saturation, heat-processed, or shelf-stable products. Natural reds often lack the strength, fade-resistance, or cleanliness customers expect for critical branding. Suppliers with long-standing expertise in synthetic pigment chemistry are uniquely positioned to deliver the highest standards of color reliability, while also responding to industry’s push for cleaner and greener processes.
Sustainability means rethinking water, energy, and waste. Over the past decade, we’ve streamlined dye synthesis and precipitation to minimize chemical residues and energy draw. Updated filtration and drying systems now reclaim more than half of process water on each pass. Dry handling of intermediates, paired with better dust extraction, reduces particulate release both in our facilities and customer plants. Commitment to environmental stewardship supports not just compliance but the daily working environment for our operators.
Trends in dye usage aren’t lost on our development teams: non-GMO inputs, allergen responsibility, and transparency through the chain of custody. Modern labeling laws in the US and EU demand precise disclosure. Updated traceability tools and digitized record-keeping back every lot shipped. Retailers ask questions downstream, so our quality assurance extends from raw pigments all the way to finished goods. Major contract packagers have approached us precisely because they seek supply chains flexible enough to switch between markets with different ingredient rules.
In direct collaboration with development and operations teams, we provide real-world support on color selection and line integration. Understanding particle size distribution and behavior in target formulations helps avoid common blending and dispersion challenges. Every reformulation comes with the risk of unanticipated interactions between colorants and actives, so we back up our sales with trial data, practical mixing protocols, and technical insight. Having produced pigments at scale for years, we know that each application can expose unplanned quirks; this informs our technical support.
Customers, end-users, and regulators expect open and traceable ingredient documentation. Our batch records, certificate structure, and long-term archive of testing results allow rapid answers to audits and compliance requests. We’ve worked closely with food manufacturers and contract pharmaceuticals to share clear, accurate details about ingredient origin and processing without patient confidentiality or manufacturing secret risk.
Every shipment of pigment passes through a final battery of quality assurance checks—checking for known allergies, regulated metallic content, and common adulterants. Working at the intersection of regulatory requirement and real-world application keeps our teams alert. We maintain lines for both commodity and pharmaceutical grade Allura Red Lake, built on user feedback and audit outcomes, not just internal review. For more sensitive applications, we coordinate with customers on custom testing, offering stability or compatibility evaluations based on their actual matrix and storage cycle.
We recognize demand for ever-tighter controls on synthetic additives. This is not a static environment: standards change, perceptions shift, and clients face new scrutiny. Our product stewardship councils bring engineers, formulation chemists, and customer reps into regular review, sharing best practices and novel insights from recent projects. Such collaboration moves us beyond minimum compliance and into continual improvement, for both operational safety and downstream health.
Allura Red Lake serves as a commodity pigment in some respects, but real differences emerge in price stability and guaranteed lead time. Our large-scale capacity, stable sourcing, and investment in buffer inventories keep us less prone to price or supply swings that disrupt smaller or purely trading-based suppliers. Since the global pandemic, we've expanded regional stocking points and introduced transport redundancy, so critical industries receive steady shipments, even when markets face disruption.
Colorant arrives in sealed bags or drums that withstand rough transit and storage conditions found on factory docks worldwide. Feedback from users led us to enhance liner strength and anti-static measures, cutting contamination and spillage risk. Barcoding and batch labeling allow easy trace-back, even years after the original ship date. Simple, robust packaging improvements ease the process for users who must handle bulk stock quickly, often under tight window schedules.
Customers expect not just technical compliance, but practical value they can see on their own lines—steady color, clean handling, safe and traceable sourcing. Our approach to Allura Red Lake has grown from decades of shared feedback with the end users who put the pigment to work. We adapt our process, documentation, and services to solve the problems that emerge on the production floor, not just in theory. Every advancement, whether in dust control, contaminant reduction, or batch consistency, finds its way downstream, shaping the experience and results for operators.
As the producer, we understand every variable in the process—from source reactants to final inspection. Our engagement doesn’t end at the shipping dock. Ongoing technical support, targeted product validation, and readiness to troubleshoot on short notice all grow from meeting customer needs head-on, not outsourcing responsibility. This philosophy has kept our pigment at the center of global production for foods, confections, and pharmaceuticals—a position we maintain through continuous improvement, shared knowledge, and transparent manufacturing.