|
HS Code |
562498 |
| Product Name | Cane Yellow Extract |
| Color | Yellow |
| Form | Liquid |
| Source | Sugarcane |
| Solubility | Water-soluble |
| Primary Use | Natural colorant |
| Extraction Method | Aqueous extraction |
| Odor | Mild sweet |
| Ph Range | 5.0-7.0 |
| Shelf Life | 12 months |
| Storage Conditions | Cool, dry place |
| Packaging | Plastic or glass bottles |
| Appearance | Clear to slightly turbid yellow liquid |
| Application | Beverages, confectionery, bakery products |
| Allergen Status | Allergen-free |
As an accredited Cane Yellow Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cane Yellow Extract is packaged in a 500g sealed, food-grade plastic pouch featuring a yellow label with usage instructions and safety warnings. |
| Shipping | Cane Yellow Extract should be shipped in tightly sealed, chemical-resistant containers to prevent leakage or contamination. It must be stored upright, away from direct sunlight, heat, or incompatible substances. During transport, ensure compliance with relevant chemical shipping regulations, including proper labeling and documentation, to ensure safe and secure delivery. |
| Storage | **Cane Yellow Extract** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly closed when not in use and avoid exposure to moisture. Store separately from incompatible substances such as strong oxidizers. Ensure proper labeling and adhere to all local and safety regulations for chemical storage. |
| Purity 98%: Cane Yellow Extract with purity 98% is used in food coloring applications, where it provides vibrant and consistent yellow hues to confectionery products. Viscosity Grade 500 cps: Cane Yellow Extract of viscosity grade 500 cps is used in beverage formulations, where it ensures uniform dispersion without sedimentation. Molecular Weight 360 Da: Cane Yellow Extract with molecular weight 360 Da is used in pharmaceutical coatings, where it enables enhanced film formation and adhesion. Melting Point 120°C: Cane Yellow Extract with melting point 120°C is used in bakery glazes, where it delivers stable color retention during high-temperature processing. Particle Size <40 μm: Cane Yellow Extract with particle size less than 40 μm is used in cosmetic powders, where it achieves smooth blending and superior texture. Stability Temperature 85°C: Cane Yellow Extract with stability temperature 85°C is used in dairy product fortification, where it maintains pigment integrity during pasteurization. Solubility 100 g/L (water): Cane Yellow Extract with solubility 100 g/L in water is used in instant drink mixes, where it allows for rapid and complete dissolution. pH Stability Range 3-7: Cane Yellow Extract with pH stability range 3-7 is used in fruit-flavored yogurts, where it ensures color uniformity across varying acidity levels. Lightfastness Grade 6: Cane Yellow Extract with lightfastness grade 6 is used in nutritional supplements, where it prolongs color durability under light exposure. Residual Solvent <10 ppm: Cane Yellow Extract with residual solvent content below 10 ppm is used in nutraceutical syrups, where it guarantees safety and regulatory compliance. |
Competitive Cane Yellow Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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As a producer who has spent decades refining natural extract manufacturing, we see opportunity where others see waste. Sugarcane stands as a perfect example. Most people know it for sweetness, but beneath that carbohydrate, cane holds a robust bouquet of bioactive compounds, many of them hidden in residues left behind after juice extraction. By digging deeper, our team engineered Cane Yellow Extract—catalogued in our lineup as Model CYX-312. Our experience handling this product from the raw fiber up to the concentrated powder gives us a front-row seat to its strengths and differences, and how these qualities play out across agricultural, industrial, and specialty chemical markets.
Refining any plant-based product involves turning raw material into value. We start with mature sugarcane grown in nutrient-rich soils, harvested at peak, and split down for both juice and fibrous residue. Most processors toss these fibers onto compost piles or burn them for fuel, missing a significant fraction of the plant’s colorants, antioxidants, and natural esters. Drawing from lab pilot studies and in-plant trials, we learned these components concentrate in the pulpy remains rather than in the sweet juice. Our extraction process targets these residues, using food-safe solvents with low temperature gradients to protect delicate chemicals that otherwise would be destroyed.
Through a series of batch and semi-continuous runs, we extract a brilliant yellow concentrate that tells a story of minerals and plant pigments: carotenoids, polyphenols, and a spectrum of minor acids. With centrifugation and a three-stage membrane filtration, we achieve a typical total solids concentration of 80% by mass. The result carries a natural aroma reminiscent of cut cane with a color that ranges from light to golden yellow, depending on specific field lot and source. Each lot receives a full analytical panel: UV-vis for pigment profile, HPLC for antioxidant content, and spectrophotometric color grading—backed by protocols we have developed and refined since 2009.
Let’s break down why our choice to maintain minimal processing translates into workable gains for commercial buyers. Model CYX-312 consistently contains total carotenoids approaching 320 ppm, hydroxycinnamic acids at 150–200 ppm, and stabilized total solids over 80%. pH levels settle in the mildly acidic range—typically 4.5 to 5.0—which lends stability for shelf-stocking without relying on additional acidulants. Our manufacturing avoids strong alkali or high-heat steps, reducing byproduct formation and preserving the nuances of the ingredients.
Granulation is fine and flowable, built for users who demand ease of dispersal. In field applications, the powder integrates into liquid carriers without clumping—a lesson we learned through years of troubleshooting with feed producers and dye houses. No matter the application system, we observe clean dissolution with mild agitation and no residual grits left at the bottom of tanks. Moisture levels stay under 7.5%, making the extract’s shelf life stretch far longer than crude pastes or uncontrolled granules sourced elsewhere.
Cane Yellow Extract finds a home where stable, plant-derived colorants or functionals are wanted without moving to synthetic dyes. In feeds—especially poultry and aquaculture—manufacturers add it for egg and skin pigmentation, tapping into the natural carotenoid pool. Over the last five years, customers have reported improvements in color uniformity and a measurable rise in consumer confidence when labels announce natural ingredients. We’ve observed how tannery and textiles use our product to tint certain fibers, both for colorfastness and the subtler aspect of a gentle, organic finish.
It also carries antioxidant power. Some customers in the edible oil and processed food arena take Cane Yellow Extract as a natural alternative to butylated hydroxyanisole (BHA) and other artificial preservatives. As regulations and consumer demand shift, companies keep pressing for non-synthetic antioxidant systems. Our extract, when blended into oils at the right concentrations, delays rancidity—something we confirm through both accelerated oxidation testing and real-time shelf studies in our pilot kitchens. Unlike synthetic additives, the extract contributes not just preservation but a golden hue that translates into visual appeal on packaging lines.
Many players in the extract business chase output through aggressive processing—strong acids, heavy filtrate recycling, long heat exposure. Years back, we tried some of these shortcuts and saw color degradation, foul off-odors, and erratic bioactivity. After careful trials, we shifted fully to a gentle, solvent-based process in low-oxygen environments. Most of the refinements to our approach came from direct data: higher retention of polyphenols, cleaner dissolvability, and better stability of finished product. We notice that our milder method leads to fewer unwanted byproducts, so our customers see fewer residues and experience less batch variability.
On the analytical side, our in-house color and antioxidant quantification gives buyers confidence. Every lot’s COA draws from ongoing internal blind testing as well as third-party lab validation. We keep solvent residues far below regulatory concern—well within the parts-per-million requirements—and maintain an open channel with certification bodies. These steps, though labor- and resource-intensive, translate directly into repeatable quality and trust for product managers and formulators. The direct upstream control helps us deliver consistency so downstream producers do not face nasty surprises on their lines.
Buyers shopping across the landscape of natural extracts often ask—how does Cane Yellow Extract compare to classics like marigold, annatto, or turmeric? Our technical evaluations make one thing clear: sugarcane fibers produce a distinctive spectrum of yellow pigments not dominated by a single carotenoid. Marigold, used for xanthophyll, skews toward zeaxanthin and lutein but with a grassy odor. Annatto delivers bixin, often in more intense reds, while turmeric contributes curcumin with an unmistakable earthy undertone. Our extract gives a mellow, golden color with balanced undertones, less aggressive scent, and easy compatibility in compound blends.
We’ve spent years collaborating with R&D teams to benchmark stability and solubility. Under real light and temperature, Cane Yellow Extract resists both color fade and oxidative breakdown better than turmeric and equivalent to annatto, without the flavor drift that can plague curcumin-based products. Field-side testers have reported less lot-to-lot color shift than marigold, even with minor climate swings from cane origin. Our feed clients see this stability reflected in uniform skin and yolk tones in poultry—performance that hooks repeat business.
We’re situated along a major cane belt where contract growers adhere to tight field cut schedules and careful transportation protocols. Over the last decade, our team has seen the impact of time delays between harvest and extraction. By working closely with grower cooperatives, we get fresh fiber with minimal enzymatic breakdown. The benefit is tangible—we get richer yellow tones, higher retention of actives, and more reliable profiles month to month. We invest in training for harvest and transport crews, since quality begins in the field long before it reaches the reactor vessels.
Residue disposal and waste minimization play critical roles in our operations. Rather than generating secondary residues requiring landfill or burning, we recover all non-extractable fiber for local use as soil amendment and livestock bedding. Our water recirculation loop cuts consumption, with condensate streams treated onsite for re-use or safe discharge. This level of resource stewardship may require extra layers of monitoring, but protects our position in supply chains increasingly scrutinized by sustainability officers and regulators.
Our technical service team doesn’t just field calls—every user comment, batch complaint, and suggestion lands with our process R&D. Some years ago, a color shift in one batch led us to install inline colorimetry during drying. Another round of texture reports pushed us to reformulate the milling screen specification. These “in the trenches” changes build a feedback loop that underpins our effort to offer product consistency and targeted performance without the need for heavy rework at a user’s facility.
One large poultry operation flagged batch-to-batch mild odor swings. We revised our low-temp vacuum drying steps and installed additional activated carbon scrubbers, finding a marked drop in detectable volatiles. This anecdote isn’t unique: ongoing dialogue with end-users fuels a cycle of fixes, both to recipe and equipment design. The pathway to a tighter, more running-stable product often runs into the small details—things only day-to-day users will spot.
Cane Yellow Extract complies with major food ingredient guidelines as well as norms for natural colorants and antioxidants in livestock feed. We know how fast regulations evolve, especially across borders, so we design our documentation and in-house QC to stay ahead of shifting benchmarks. Our documentation suite—ranging from allergen statements, residue analysis, and heavy metal profiles—draws on accredited external labs for cross-confirmation. For exporters, we provide all supporting paperwork to smooth customs and technical reviews.
In line with increasing calls for transparency, we disclose our full ingredient list, extraction aid residues, and relevant country-of-origin certifications to buyers upon request. Having seen firsthand how a lack of traceability can sink business for others, our upfront protocol lets us build trust and cut down on lengthy audits, delays, or disputes. Our direct-from-manufacturer pipeline means every drum and carton comes with its own digital and hardcopy documentation, always traceable back to a particular farm cohort and production lot.
Getting the most from Cane Yellow Extract involves more than opening a drum—it’s about matching process conditions to the product’s natural properties. We step in for partners experimenting with early-stage blends, offering technical support drawn from our own process experience. For feed or food producers upgrading from traditional dyes, we run small-scale blend trials, checking color retention, stability in various matrices, and micro-sampling under accelerated shelf testing. We’re well aware that real-world operations can diverge from lab theory, and stay close to teams working on industrial mixers, extruders, or pelletizers to help identify adjustments—be it tweak in mixing speed, order of addition, or moisture levels.
Textile and tannery clients benefit from advice learned the hard way: pigment uptake varies based on fabric type and finishing chemistry. We regularly dispatch trial packs with customized handling notes based on batch size and application method, and collect colorimeter readings from early runs. These interactions give us the feedback to improve both our material and our support—minimizing returns, reducing time-to-qualification, and supporting compliance paperwork that third-party auditors care about.
In the aquaculture market, one client came to us trying to reduce synthetic pigment reliance. Initial runs with CYX-312 delivered equal pigmentation to standard canthaxanthin at equivalent doses, but with more uniform color saturation. After a few seasons, the buyer reported improved acceptance on import inspections driven by the “natural source” label. This isn’t a solitary case—we’ve tracked dozens of bench-scale and commercial trials in different animal species and fiber types, providing side-by-side performance snapshots that validate the extract’s impact.
On the other hand, one textile finishing shop found that adding Cane Yellow late in their dye bath sequence yielded faded colors. We worked alongside their process engineers, bringing our pilot dyeing rig and matching the sequence to optimal pH and temperature—after several rounds, consistent golden hues were the norm. Experience teaches the value of field trials; even well-characterized extracts interact with real-world substrates in unpredictable ways, so our continuous presence as a manufacturer offers downstream partners a buffer against wasted time and material.
As global buyers grow more informed, and regulatory checklists stretch longer, the real credentials in supply come down to demonstrated control over production, reliable documentation, and willingness to adapt. Being the original manufacturer—not a reseller or repackager—lets us stand behind every kilo of CYX-312, with data to prove its content, origin, and best-use advice. We take pride in offering technical sheets and practical blending support, but also in opening our doors for audit teams and supply chain reviewers. More than a sales pitch, our years as both process stewards and product troubleshooters allow us to translate technical expertise into tangible user gains.
That background shapes how we approach every new field or food developer inquiry—by connecting practical manufacturing wisdom with today’s fierce demand for traceability, natural sourcing, and responsible waste handling. We have seen efforts to pass off manufactured products as “natural” fail regulatory and consumer scrutiny. By staying rooted in our grower network, process engineering labs, and end-user support, we build not just a product, but a working relationship with every user relying on the consistent quality, color, and stability of our Cane Yellow Extract.
Years of refinement, hands-on troubleshooting, and real-world application testing have shaped Model CYX-312 into something more than another plant extract. The color profile—richer and more stable than competitors—comes directly from a commitment to extracting from select residue streams without harsh processing. The low odor, high solubility, and clean dissolution in both aqueous and oily systems save downstream users time and trouble. Each package leaves our facility with batch records rooted in field data and in-house assays, not paper-thin promises of “natural” written at some distant desk.
As the market moves toward products that deliver both performance and credible traceability, manufacturers who put in the legwork win lasting customers. By working with contract growers, piloting every process tweak, and responding personally to every valid issue, we turn sugarcane’s legacy into a supply chain asset. Our story in Cane Yellow Extract is one of seeing overlooked value, respecting the upstream ecology, and building support based on data—not slogans. For partners ready to move away from synthetic colorants and into natural performance, our door and our production labs remain open.