|
HS Code |
854825 |
| Product Name | Ethyl Vanillin I+G |
| Appearance | White to slightly yellowish crystalline powder |
| Odor | Intense vanilla-like aroma |
| Chemical Formula | C9H10O3 (Ethyl Vanillin), I+G refers to disodium 5'-inosinate and disodium 5'-guanylate |
| Solubility | Soluble in ethanol and slightly soluble in water |
| Melting Point | 76-78°C (Ethyl Vanillin) |
| Usage | Flavor enhancer in food and beverages |
| E Number | Ethyl Vanillin (E1514), I+G (E627 and E631) |
| Molecular Weight | 166.18 g/mol (Ethyl Vanillin) |
| Storage Conditions | Keep in a cool, dry place, away from direct sunlight |
| Cas Number | 121-32-4 (Ethyl Vanillin), 469-07-2 (I+G) |
| Purity | Typically ≥99% |
As an accredited Ethyl Vanillin I+G factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Ethyl Vanillin I+G packaging is a sealed, white plastic bag containing 1 kilogram, with clear labeling and safety instructions. |
| Shipping | Ethyl Vanillin I+G is shipped in airtight, food-grade containers to preserve freshness and prevent contamination. Packaging complies with safety and regulatory standards for flavor additives. Containers are securely sealed and labeled. Shipping includes temperature control if required, and prompt delivery via trusted carriers to ensure product integrity and quality during transit. |
| Storage | **Ethyl Vanillin I+G** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, moisture, and sources of ignition. Keep the container tightly closed to prevent contamination and absorption of odors. Store separately from incompatible substances, such as strong oxidizers or acids. Ensure proper labeling and follow relevant safety and regulatory guidelines for handling and storage. |
| Purity 99.5%: Ethyl Vanillin I+G with purity 99.5% is used in bakery applications, where enhanced aroma intensity and consistency are achieved. Melting Point 76°C: Ethyl Vanillin I+G with a melting point of 76°C is used in chocolate formulations, where it ensures uniform flavor release and product stability. Odor Intensity High: Ethyl Vanillin I+G with high odor intensity is used in beverage manufacturing, where rapid sensory impact and appealing flavor profile are delivered. Particle Size ≤150 μm: Ethyl Vanillin I+G with particle size ≤150 μm is used in confectionery coatings, where optimal dispersion and smooth texture are provided. Stability Temperature up to 180°C: Ethyl Vanillin I+G with stability temperature up to 180°C is used in high-temperature baking processes, where persistent flavor retention is maintained. Solubility in Ethanol ≥98%: Ethyl Vanillin I+G with solubility in ethanol ≥98% is used in liquid flavor concentrates, where complete and rapid blending is achieved. Moisture Content ≤0.5%: Ethyl Vanillin I+G with moisture content ≤0.5% is used in dry spice blends, where extended shelf-life and minimized clumping are ensured. Bulk Density 0.6 g/cm³: Ethyl Vanillin I+G with bulk density 0.6 g/cm³ is used in powdered seasoning mixes, where accurate volumetric dosing and uniform mixing are facilitated. Color (APHA) ≤40: Ethyl Vanillin I+G with color (APHA) ≤40 is used in clear beverages, where minimal color contribution preserves product appearance. Acetaldehyde Content ≤0.001%: Ethyl Vanillin I+G with acetaldehyde content ≤0.001% is used in dairy applications, where off-flavor generation is significantly reduced. |
Competitive Ethyl Vanillin I+G prices that fit your budget—flexible terms and customized quotes for every order.
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Over the last decade, food science has seen a big shift toward more potent, cost-effective flavor bases. Working on the manufacturing floor and overseeing every step from raw ingredient receipt to final shipment, we have noticed that demand for high-impact, consistent aroma compounds has risen in ways we didn’t expect twenty years ago. Ethyl Vanillin I+G represents a direct response to requests from food, beverage, and fragrance formulators who need more intensity and roundness than either pure ethyl vanillin or traditional flavor enhancers alone deliver.
Ethyl vanillin on its own brings a threefold sweeter and more powerful vanilla note than the vanillin found in nature. In our facility, this compound is made with tight control of pH, temperature, and feedstock quality, ensuring batch-to-batch reliability. On the other side, disodium 5'-inosinate (IMP) and disodium 5'-guanylate (GMP)—together referred to as I+G—amplify savoriness, or umami, in both sweet and savory applications. Bundling ethyl vanillin with I+G, and applying our specific ratio model, we achieve a product that doesn’t only stand out in sweet recipes like bakery and confectionery but also builds up depth in unexpected formats such as plant-based dairy substitutes, processed meats, and instant seasonings.
Right from sourcing to drying and blending, our production teams monitor content by both HPLC and GC-MS analysis. We target an ethyl vanillin purity above 99% and pharmaceutical-grade I+G components. Each batch offers a precise melt point and minimal water content, two factors that long-term customers appreciate for their role in process stability during extrusion, baking, or spray-drying. The powder’s particle size makes it easy to handle with standard mixing equipment found in both high-volume and specialty lines. Our granulation is designed to settle quickly in both hydrophilic and lipophilic bases without stratification—a feature that came out of direct feedback from downstream users dealing with viscosity challenges.
Ethyl Vanillin I+G fits manufacturing priorities in more than just mixing and solubility. We keep our process free from animal by-products, and the absence of genetically modified organisms in both the ethyl vanillin and I+G fractions reflects our ongoing commitment to transparency and traceability. We maintain documentation for each lot, audited by third parties, to support label claims and compliance with global standards.
Many producers approach us after struggling with flavor fade during high-temperature or long-duration processing. We introduced this hybrid powder as a way to balance the volatility of ethyl vanillin with the thermal stability contributed by I+G. During repeated bake tests in our R&D lab, we have noted that end products retain their signature aroma long after cooling—a result that helps biscuit, cereal, and flavored coffee manufacturers maintain a consistent taste profile even with extended shelf life.
Another frequent application comes from the need to boost flavor intensity without increasing sodium or synthetic sweeteners. By leveraging I+G’s synergy with nucleotides present in meat and plant proteins, customers reduce reliance on monosodium glutamate and achieve rounder, richer flavors with lower dosages. For instance, one of our clients in the snack food sector managed to bring down their total flavor system usage by 25% after switching to our Ethyl Vanillin I+G blend, cutting ingredient costs and simplifying label declarations.
Our experience also extends to flavor masking, an important challenge for companies working with high-intensity sweeteners or protein hydrolysates. Using Ethyl Vanillin I+G as a top note, bitter aftertastes from stevia, sucralose, or pea protein are subdued, opening up better mouthfeel and consumer acceptance for low- or zero-sugar offerings. We tuned the formula after hands-on trials with several sports nutrition and ready-to-drink shake customers who complained about metallic or grassy background notes. The result is a cleaner finish and improved repeat purchase rates, as tracked by our clients’ point-of-sale feedback.
Many customers ask why not blend ethyl vanillin and I+G separately on-site? Years of bench and pilot plant trials provide the answer. Handling losses mount due to differences in bulk density, static charge, and hygroscopicity, causing unintentional separation in dry mixes and liquid slurries. By pre-combining these actives at the source, calibrated with our proprietary ratio, we cut out these blending losses, guarantee uniform effectiveness, and keep risk of cross-contamination low.
There’s also the question of consistency. As direct manufacturers, we control every variable—reaction times, crystallization temperatures, and granulation stages. Customers receive the same sensory impact in each pallet, saving development teams from rebalancing recipes every time ingredient lots change. This reliability means food scientists can focus their attention upstream on core product design rather than continually troubleshooting unpredicted flavor drift.
Feedback loops with our industrial users are central in shaping the product. During pilot runs, one of our larger dairy alternative producers struggled with flavor hotspots due to poor local solubility. We went back to the production line, modified the spray-drying step, and matched granule size with their specific hydration profile. Such technical dialog only happens when supplier and manufacturer work hand-in-hand—not through a chain of intermediaries.
Developments in labeling laws and international flavor regulations continue to narrow the choices available to food and beverage formulators. There is ongoing scrutiny over “artificial” label claims, ingredients perceived as “chemical,” and consumer pushback against additives. We work directly with regulatory teams to support all needed dossiers, allergen statements, and analytical certifications our buyers request. In several key markets, the inclusion of Ethyl Vanillin I+G qualifies as “nature-identical” or “flavor enhancer,” fostering international export without complicated relabeling or re-certification.
Sustainability also features more prominently in buyers’ selection criteria. Our sourcing for precursor ingredients comes only from partners audited for environmental, social, and quality criteria. By improving process yields, minimizing reagent waste, and recycling process water, we minimize our carbon footprint throughout Ethyl Vanillin I+G production. These efforts impact both cost and reputation—a fact not lost on brand manufacturers under increasing scrutiny from retail partners and end consumers alike.
We see every product launch as a partnership, not simply the shipment of goods. Customer requests often drive the evolution of our technical process, whether it means adjusting solvent systems, trialing new granulation sizes, or conducting side-by-side blind taste panels with industry partners. Our applications lab is always open for joint trials, analysis work, and troubleshooting. This collaborative approach has led to unique applications for Ethyl Vanillin I+G, from vegan sausage to malted energy drinks—markets that wouldn’t have caught our attention otherwise.
Direct communication brings about rapid feedback and addresses technical snags before they become costly mistakes. For example, one flavor house we work with needed a solution to reduce flavor fade during accelerated shelf life and suggested adjusting moisture content. We alternated batch drying parameters, shared results quickly, and arrived at a specification that fit their requirements without delays. Traders or resellers rarely provide this level of technical dialog or adapt process parameters with such flexibility.
It’s easy to quote numbers from reference texts, but the most valuable feedback comes from our daily operations and customers operating in real-world conditions. Internal stability studies have demonstrated that cookies and bars produced with Ethyl Vanillin I+G retain over 95% of their original sensory strength even after six months under standard warehouse conditions. This is not only a function of chemical purity but also of smart pairing with I+G, which supports flavor persistence across highly processed food matrices.
Bakery operators often mention that doughs and batters are easier to scale up because the blend disperses evenly, giving a more predictable rise and browning profile. Large volume snack producers note labor savings and reduced error rates by switching to the single blend rather than balancing two or more pure actives separately. These results are not abstract—they have been tested in hundreds of actual commercial runs, supported by process documentation and sensory panel reports.
Retail brands also point out that the finished product achieves better market acceptance due to reduced off-notes and more pleasing aftertaste. A case in point: a confectionery partner’s post-launch survey documented a noticeable lift in repeat customer purchase intent following a switch to Ethyl Vanillin I+G, attributed to improved overall flavor experience. By working directly with manufacturers like us, brands shorten the feedback loop and strengthen their product’s shelf presence.
Customers ask about supplier audits, source documentation, and transparency. We maintain full traceability from raw inputs to finished pallet, offering authenticated batch records that go beyond what’s legally required. Each partner contributing to the production of ethyl vanillin and I+G must comply with documented sustainability practices, fair labor policies, and strict environmental controls, and we regularly audit them to ensure these standards are upheld.
In response to rising concerns about “supply chain noise”—where too many intermediaries introduce the risk of contamination and mistaken origin claims—working with us as the direct manufacturer offers confidence in what goes into every drum and carton. Companies facing consumer scrutiny or third-party audits find our end-to-end process helps them meet customer demands for clean label ingredients and straightforward documentation.
Demand for ever-higher quality, consistent technical performance, and sustainable supply keeps us honest. Each day presents questions: How do we improve flow properties for high-speed production lines? How can we cut lead times for specialty orders? Can we sharpen sensory quality further without introducing potential allergens or controversial processing aids? These are the challenges that keep our engineers, analysts, and application specialists working closely together—and with our customer base—to drive process improvements.
The recent push toward plant-based and allergen-free product design puts further pressure on selecting enhancer blends that contribute flavor without triggering label or process complications. For this reason, we routinely run compatibility tests with new alternative proteins, fat systems, and functional fibers as they come onto the market. Such proactive evaluation, only possible with access to a full manufacturing suite, allows us to refine Ethyl Vanillin I+G’s technical properties to serve both legacy and new industry needs.
While food science trends ebb and flow, the success of compounds like Ethyl Vanillin I+G stems from technical credibility and results seen on the line, in the lab, and in finished goods. Crowds of marketing claims mean little without manufacturing process stability, clean documentation, and end user satisfaction. Our focus will stay rooted in collaboration with formulators, listening carefully to feedback, and adapting quickly to regulatory or technical changes—qualities that separate actual manufacturers from the chain of traders and brokers.
In the spirit of open communication and technical partnership, our doors remain open to all users seeking creative, reliable, and safe solutions for flavor challenges both new and old. Ethyl Vanillin I+G serves as a testament to what’s possible when direct manufacturing expertise, real-world testing, and close customer relationships drive development—not trends, speculation, or dilution of responsibility.