Shandong Tianli Pharmaceutical Co., Ltd. Dextrose Anhydrous: Product Description

What is Dextrose Anhydrous?

Dextrose anhydrous, often called anhydrous glucose, comes from the complete dehydration of glucose. This ingredient plays a big role in food, medicine, and chemical production. Unlike glucose monohydrate, which holds water, dextrose anhydrous stays wholly dry. The chemical name is D-glucose, anhydrous. Production involves refining natural starch sources before subjecting them to precise dehydration. What you get is a powder or crystal that’s white, odorless, and easily dissolves in water, making it practical for countless industries.

Physical Properties and Structure

The structure of dextrose anhydrous centers on six carbon atoms, twelve hydrogen atoms, and six oxygen atoms, which fits its molecular formula C₆H₁₂O₆. Every molecule lines up as a hexose carb, providing fast energy for cells. In terms of physical properties, pure dextrose anhydrous shows up as a solid, usually in the form of fine powder, small flakes, irregular crystals, or even compact pearls depending on processing methods. Its density stands at about 1.54 g/cm³. Solubility in water remains high, which means it rapidly forms clear solutions. The lack of moisture, along with its stable crystalline form, gives it a shelf life that far outpaces monohydrates or syrups—something pharmaceutical and food manufacturers value for their own raw material reliability.

Specifications and Grading

Producers standardize dextrose anhydrous through strict quality control. Purity reaches at least 99.5% by dry basis. Pharmaceutical grades hold to low impurity profiles, often registering under one percent in total combined foreign sugars and organic contaminants. Particle size varies but usually sits in the micron range for the powder, offering smooth texture and ease of measurement. Moisture content runs below 0.5%. These precise targets anchor the product for use in life science settings and food processing. For logistics and customs, the HS Code most commonly used is 17023000, speaking to its official classification as a chemically pure form of glucose.

Molecular Characteristics and Solutions

Dextrose anhydrous dissolves cleanly into water, giving colorless, stable solutions that work well as energy-boosting liquids in medical infusions. Its high osmolarity lends itself to acting as a carrier or stabilizer in certain drug formulations. Not only is the powder version popular, but manufacturers can also find demand for the crystalline solid in direct tablet production, or the flake and pearl varieties for direct addition to food and beverage recipes. No matter the format—powder, pearls, flakes, or crystals—the molecule keeps the same backbone, presenting the same rapid, sugar-driven energy with no off-tastes.

Applications and Use Cases

In pharmaceutical work, dextrose anhydrous functions as both a raw material and excipient. Glucose solutions from this material show up everywhere in intravenous fluids, where stability and purity take priority. Hospitals rely on it to restore blood sugar fast for patients struggling with hypoglycemia. In the food sector, it serves as a direct sweetener in candies, baked goods, and drinks, delivering immediate energy without dramatically altering flavor or color. Its clean, neutral taste and high solubility suit beverages, processed meat, even specialized infant formulas. In fermentation, it acts as the feeding sugar for microbes, impacting the yield and quality of products like antibiotics, vinegar, citric acid, and probiotics. The chemical industry leans on its predictable reactions for synthesizing chemicals, thanks to its well-understood properties.

Material Safety and Handling

Dextrose anhydrous shows a strong record for safety. Classed as non-hazardous under current regulations, it does not carry flammability or acute toxicity risks commonly found in synthetic chemicals. Inhalation of dust, though, can cause mild irritation to sensitive respiratory systems, so workplace ventilation should be considered. It poses no risk to water or the wider environment, breaking down quickly in ordinary wastewater treatment. Though it lacks direct toxicity, people with diabetes or glucose metabolism conditions need professional guidance before consumption, due to its rapid effect on blood sugar. It is not listed under hazardous material codes for shipping, further confirming its general safety profile when used as intended.

Raw Materials and Manufacturing Process

Production at facilities like Shandong Tianli Pharmaceutical Co., Ltd. draws from natural starch sources—often corn or sometimes cassava—depending on region and supply. The starch undergoes conversion with enzymes or acids to release glucose. From here, careful purification and evaporation strips water away, first forming monohydrate crystals, which then pass through advanced drying systems to yield pure dextrose anhydrous. Automated controls ensure the finished product aligns with industry specs for purity, moisture, and appearance. Each batch comes with complete documentation to satisfy both pharma and food industry requirements. This attention to detail keeps unwanted elements out, so downstream users get consistent quality, whether they need formulations for hospital use or industrial-scale fermentation.

Challenges and Solutions

Demand for high-purity carbohydrate sources is rising, but so are worries about adulteration and food safety. Some producers use low-quality or contaminated feedstock, raising the issue of impurity management. I have seen consumers and buyers increasingly ask for third-party lab reports and inspection certificates with each shipment. To address these concerns, more manufacturers are implementing real-time analysis in production, tracing every step from raw corn to finished glucose. As for sustainability, sourcing non-GMO feedstock and developing energy-efficient drying help reduce carbon footprint. In my experience working with suppliers, communication between supply chain partners and strict documentation—covering everything from HS code to moisture content—make a real difference, giving buyers the confidence that only safe, effective material enters pharma and food supply chains.