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HS Code |
268027 |
| Product Name | Diglycerin, Glucose |
| Chemical Formula | C6H14O5 (diglycerin), C6H12O6 (glucose) |
| Appearance | Colorless to pale yellow liquid or solid |
| Odor | Odorless or slightly sweet |
| Solubility In Water | Highly soluble |
| Molecular Weight Diglycerin | 166.17 g/mol |
| Molecular Weight Glucose | 180.16 g/mol |
| Melting Point Glucose | 146°C |
| Boiling Point Diglycerin | 287°C |
| Ph | Neutral (around 7 in aqueous solution) |
| Density | 1.2–1.3 g/cm³ |
| Hygroscopicity | Hygroscopic |
| Taste | Sweet |
| Storage Conditions | Store in a cool, dry place |
As an accredited Diglycerin, Glucose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The chemical "Diglycerin, Glucose" is securely packaged in a 500g amber glass bottle with a tamper-evident screw cap. |
| Shipping | Diglycerin, Glucose should be shipped in tightly sealed containers, protected from moisture and contamination. Use appropriate packaging compliant with chemical transport regulations. Store and transport at room temperature, away from incompatible materials and direct sunlight. Ensure labeling includes product identification and hazards according to safety standards. Handle with care to prevent spills. |
| Storage | **Diglycerin, Glucose Storage Description:** Store Diglycerin and Glucose in tightly closed containers, away from moisture and direct sunlight. Keep in a cool, dry, and well-ventilated area, ideally between 15–25°C (59–77°F). Avoid storing near incompatible substances such as strong oxidizers. Ensure containers are clearly labeled and follow all safety guidelines and local chemical storage regulations. |
Applications of Diglycerin and Glucose in Industrial ManufacturingAs an industrial producer specializing in high-purity Diglycerin and Glucose, we support manufacturers with these two core raw materials across critical downstream sectors. The following sections outline real applications, technical standards, formulation benchmarks, production process points, and the finished products of industrial partners. 1. Polyurethane Systems for Flexible Foam ProductionLeading foam manufacturers deploy Diglycerin as a reactive chain extender in polyurethane formulations, particularly for flexible furniture and automotive seat foams. Its molecular structure allows adjustment of foam elasticity and open cell structure, essential for recovery performance and durability. Consistent diglycerin quality supports continuous foaming lines, minimizes side reactions, and meets VOC limits demanded by automotive OEMs. Process engineers fine-tune the diol ratio against polyol reactivity, working within specified mechanical and emission parameters. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Humectant Component in Personal Care and Cosmetic BasesCosmetic formulators use both Diglycerin and Glucose as dual-functional humectants for skin hydration. Diglycerin offers high water-binding capacity without stickiness, meeting formulation requirements for creams, gels, and serums. Glucose, as a natural-derived monosaccharide, enhances moisture retention and supports dermal barrier repair functions. Producers evaluate batch-to-batch material purity and microbial load to comply with stringent hygiene protocols and labeling specifications for global distribution. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Oral Liquid Pharmaceuticals and SyrupsPharmaceutical liquid dosage manufacturers leverage Glucose as a primary excipient for syrup bases owing to its sweetening ability, viscosity contribution, and stability in solution. Formulators monitor osmolality impact and solubility endpoints for pediatric and adult oral suspensions. Diglycerin occasionally acts as a co-solvent, enhancing solubilization for poorly soluble APIs or adjusting viscosity. Sourcing pharmaceutical grade raw material verified to pharmacopeia monographs is critical for regulatory submission and batch release. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Producers of alkyd resins for coatings and polyols for engineered plastics depend on Diglycerin as a multi-functional alcohol. Its secondary and primary hydroxyl groups influence crosslinking density and impact solvent resistance, gloss stability, or hardness of cured films. Our facility controls water and ash content to below industry limits, supporting controllable esterification on high-temperature reactors. Batch quality certificates confirm batch-to-batch consistency for scale-up or technical audits. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Confectionery and Bakery Ingredient ApplicationsCommercial food producers utilize Glucose extensively in confectionery, bakery products, and functional foods for its sweetness, browning, and preservation benefits. Glucose acts as a fermentable sugar in bread dough and as a crystal control agent in soft candies. Material purity, traceability, and allergen-free status undergo strict verifications as per food safety audits and customer supply chain requirements. Our production maintains low heavy metal and microbial figures with validated HACCP systems. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Fermentation Substrate in Industrial BiotechnologyEnzyme, amino acid, and bioethanol producers source high-purity Glucose as a fermentable carbon substrate in controlled bioreactor systems. Consistency in reducing sugar content and minimal inhibitor residues have direct impact on fermentation cell density, yield, and downstream conversion efficiency. Input material traceability and batch records satisfy bioprocess audits and food/feed ingredient registrations in target markets. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive Diglycerin, Glucose prices that fit your budget—flexible terms and customized quotes for every order.
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As a manufacturer, every batch of diglycerin, glucose reflects years of applied experience and steady innovation in polyol chemistry. Our plant runs the synthesis line daily, handling raw glycerin to bring about a consistent, high-purity diglycerin product that has found application in cosmetics, food technology, pharmaceuticals, and specialist industrial processes. Diglycerin production calls for close attention to both reagent purity and process control. Any deviation in feedstock quality or reaction parameters can shift the final composition, affecting viscosity, thermal stability, or even solubility. Years of refining the catalyst systems and purification steps enable us to achieve a product that meets the specifications for advanced food ingredients and polymer modifiers alike.
Diglycerin, glucose, sometimes labeled as Model DG-2023 in our plant, remains a specialty polyol valued for both its neutral taste and strong hydrophilic nature. Compared to ordinary glycerin, diglycerin offers lower volatility, greater thermal stability, and lower hygroscopicity. In the production environment, we routinely monitor each lot via gas chromatography and NMR spectroscopy to confirm polyol balance—something not every factory can guarantee in-house. Diglycerin, unlike crude glycerin cuts, contains negligible monoesters or oligomers. Our tests consistently measure diglycerin content above 98%, with the glucose content carefully blended to support specific end applications.
Model DG-2023 contains diglycerin distilled to a clear, colorless state, viscous at room temperature, and free from perceptible odor. For applications demanding traceability, every shipment includes a detailed Certificate of Analysis backed by our internal labs and historical process records.
In food and beverage manufacturing, formulators seek diglycerin, glucose for its subtle sweetening capacity, humectant value, and ability to prevent crystallization in confectionery. Unlike plain glucose syrup, diglycerin does not introduce pronounced sweetness or a sticky mouthfeel. It helps trap moisture in baked goods, lending a longer shelf life to bars and high-protein snacks. From personal care to pharmaceuticals, diglycerin, glucose shows up in moisturizing creams and oral care products where it balances solubility and product feel. Our customers rely on material that keeps emulsions stable without altering color or flavor, and we have tuned the product profile toward this goal during years of direct technical support for brand owners and private label producers.
One overlooked benefit arises in pharmaceutical syrups and lozenges, where diglycerin, glucose works as a carrying agent that resists microbial growth and remains chemically inert alongside medicinal actives. This stability allows for longer production cycles and fewer recalls due to haze or separation. Our team regularly assists in reformulation efforts, helping QA managers troubleshoot flow issues or mixability concerns that trace back to inconsistent polyol sources.
Customers often ask what sets diglycerin, glucose apart from straight polyhydric alcohols or alternative humectants such as propylene glycol, sorbitol, or standard glycerin. From direct process experience, we have found that diglycerin’s chain structure modulates water activity more gradually than mono-glycerin, reducing the risk of over-softening or phase migration in finished goods. Where sorbitol can raise osmolarity uncomfortably, diglycerin, glucose brings a gentle moisture balance and eases processing due to its moderate viscosity.
In the chemical plant, we see the differences firsthand. Diglycerin holds up under higher process temperatures, avoiding decomposition or unwanted caramelization that can hit conventional glucose-based humectants during high-shear cooking or extrusion. In batch testing, we expose both sorbitol and diglycerin, glucose to steam pressure and monitor their clarity and olfactory profile. Diglycerin, glucose consistently retains translucency and freshness, while sorbitol-based blends show early yellowing and sticky residue.
Our largest confectionery clients appreciate this resilience. For products requiring shelf life longer than six months under variable storage, diglycerin, glucose dramatically outperforms bulk glycerin blends, which often suffer from clumping and off-odors near code date. These lessons came directly out of real-world customer returns and troubleshooting site visits, not laboratory theory.
Our technicians have spent years refining both reactor setup and downstream purification. Handling the condensation reaction between glycerin units, maintaining tight temperature control, then neutralizing and purifying under vacuum, we consistently achieve low-ash, food-safe diglycerin, glucose suitable for sensitive applications. This expertise gets tested during each campaign. Seasonal variation in raw glycerin purity, changes in plant water quality, or even fluctuating environmental conditions challenge us to maintain consistent output. Rather than depending on stock solutions or commodity production, our plant leadership invests in in-line monitoring and batch tracking, ensuring the finished product can be traced back with full accountability. Trace organic residue tests, Karl Fischer titration for water content, and continuous viscosity readings all strengthen product reliability before every outbound shipment.
We have learned that direct engagement with end customers unlocks process improvements not revealed in desk studies. For instance, one toothpaste producer experienced gelling and haze due to trace salts in their flavor system interacting unpredictably with lower grade diglycerin, glucose blends. Our ability to rapidly run counter-batch tests, adjust purification parameters, and verify final application compatibility saved their production run from a failed launch. Repeated technical troubleshooting has driven updates in our manufacturing protocol, integrating automatic pH controls and corrosion monitoring, both of which support a more robust final product.
Product developers in specialty foods, oral care, or pharmaceutical intermediates often need a flexible ingredient that bridges multiple properties—not just sweetness, not just body, but fine-tuned water retention and process stability. Diglycerin, glucose enables innovative textures and tastes that purely synthetic polyols struggle to match. Chewing gums and protein-rich confections present unique challenges, especially under regulatory scrutiny for labeling and ingredient transparency. Through close technical partnership with our R&D chemists and direct customer feedback, we have adapted boil-up times, adjusted glucose ratios, and delivered product variants that fit evolving regional standards without compromising core performance.
New regulation in food and cosmetic labeling keeps us vigilant both in transparency and in contaminant testing. Formaldehyde, acrolein, and process-generated microimpurities require close analytical best practices. Our in-house labs continually upgrade instrument calibration, as new detection limits come into play with evolving EU and North American standards. As a manufacturer, we view this not as compliance burden but as a strength; close monitoring reduces both off-spec production and costly returns. We regularly audit third-party labs and voluntarily participate in industry round robins, comparing our results to outside controls, feeding insights back into continuous improvement cycles.
Reliability and material behavior have real impact beyond line sheets and spec tables. Our customers evaluate long-term performance in production plants, assessing how diglycerin, glucose interacts with other formulation components. In our own trials, we monitor bulk storage stability over seasonal temperature swings, watching for evidence of phase separation, microbially-induced spoilage, or color shift. Diglycerin, glucose shows strong preservation under moderate refrigeration and near-negligible microbial growth compared to open-drum glucose syrups, supporting both food safety needs and reduced preservative counts in the ingredient deck.
Working across applications, from high-protein bar extrusion to clear syrups and topical gels, we have supported dozens of manufacturing scale-ups. There have been cases where processing bottlenecks came down to poor polyol-lipid compatibility or unexpected Maillard browning. Our history of side-by-side lab work with food technologists helped streamline reformulation, reduce rework scrap, and satisfy both regulatory and sensory goals in a demanding market. Our plant sends experienced field chemists on-site when needed, closing the loop between production troubleshooting and process engineering on the manufacturing floor.
Repeat customers continue coming back for more than price or standard purity guarantees—they value the confidence that each drum or tote of diglycerin, glucose will support their brand reputation in the market. Over the years, our material has demonstrated exceptional batch-to-batch consistency, forming the hidden backbone of successful new launches or product line transitions. For private-label producers dealing with supply chain disruptions in global polyol markets, securing a reliable domestic supply of diglycerin, glucose makes the difference between hitting a launch date or facing costly delays.
Our decades of investment in staff training, continuous process auditing, and equipment maintenance tie directly to this reliable supply. Plant managers schedule preventive maintenance on high-vacuum distillation outfits and cross-train operators on labeling, traceability logging, and warehousing protocols. This ethos of accountability shows up in low reject rates and consistently high customer satisfaction. Not all issues stem from within our own process: raw material variability, shifting regulatory standards, and logistical challenges in bulk chemical transport all demand close attention at every step. We never claim perfection, but we work through transparent problem-solving and follow-up, cementing long-term partnerships with our customers.
Making diglycerin, glucose isn’t simply a matter of running a batch and loading a tanker. Delivering the quality customers expect shares roots in methodical raw material selection, disciplined process control, and deep technical support. We track trends in ingredient science and listen to end users—from candy makers working on sugar reduction, to oral care formulators targeting longer shelf life. Feedback from international trade events, collaboration with contract manufacturers, and open lines to purchasing managers all play a role in guiding product evolution.
As regulations evolve and consumer demand shifts toward transparent, cleaner-label ingredients, our commitment remains to enhance the traceability and reliability of diglycerin, glucose. Building trusted relationships with ingredient buyers, development chemists, and regulatory affairs professionals shapes our focus on continual improvement. We see the bigger picture: lasting quality comes from up-to-date testing, operational resilience, and a culture rooted as much in chemical precision as in customer collaboration on the ground.
True innovation in the chemical industry does not come from isolated laboratory breakthroughs but in solving daily production challenges, supporting new product rollouts, and learning from each lot delivered. Diglycerin, glucose stands as a result of not just technical know-how but of sustained commitment to those who rely on stable, transparent, and high-performance polyol supplies. Our experience as a direct manufacturer spans every step, from raw stock to reactor kettle to the final product in use, and our best insights continue to come from the dynamic partnership we hold with our customers who shape industry expectations for tomorrow.
