Xylose from Shandong Kunda Biotechnology stands out as a refined and dependable source of this five-carbon sugar, commonly known as wood sugar. Used in multiple applications across food, pharmaceutical, and chemical manufacturing, xylose comes as a raw material produced through specialized methods. Sourced from natural resources such as corncobs, Shandong Kunda Biotech’s xylose delivers both consistency and high purity, meeting rigorous industry specifications.
Xylose features a clear crystalline appearance in most batches, although it can also appear as a fine powder, solid granules, or even flakes depending on processing requirements for downstream use. The substance brings a sweet profile with less impact on blood sugar levels compared to sucrose, which supports its broad inclusion in food and beverage products. Xylose demonstrates water solubility, forming solutions that remain stable under a wide temperature range. Commercial forms regularly show off a white, pearly or powdery look due to high-grade refining practices at the Shandong Kunda plant. Each shipment maintains a consistent density close to 1.5 g/cm³ for the solid form, while solutions reflect density according to dilution levels.
The molecular structure of xylose gives it unique value in biochemistry and industrial uses. Its molecular formula, C5H10O5, marks it as a pentose monosaccharide. Xylose presents as optically active D-xylose, which matters during sugar processing, lab research, or fermentation. The compound’s molar mass falls at approximately 150.13 g/mol. Xylose scores high on reproducibility in lab and industrial settings, making it a reliable component for all sorts of synthesis and formulation tasks. The crystal structure stays stable under normal storage conditions, with a melting point reported between 144–145°C. The water solubility exceeds 1 kg/L at room temperature, signaling readiness for solution preparation or blending into syrups.
Each shipment of Shandong Kunda Biotechnology Xylose aligns with globally recognized product codes. Under the Harmonized System, or HS Code, xylose arrives under 2940.00, placing it within the heading of "Sugars, chemically pure, other." This standard assists with customs, supply chain planning, and regulatory compliance across borders. Certificates accompanying shipments give assurance over composition, clarity, and specification.
Processing flexibility means xylose comes in several forms—solid, powder, flakes, pearls, and even liquid solution if required for pilot plant or continuous processing lines. Most commonly, solid and crystalline xylose builds the backbone for industrial use, due to straightforward handling and measured dosing. Flakes and powder simplify rapid dispersal in water or solvents, lending themselves to beverage and confectionary production. Pearl forms serve niche uses where extended dissolution or particular visual appeal is desired. In liquid or saturated solution forms, xylose bypasses solid handling altogether, moving straight into liquid blending environments for streamlined production. Each state results from physical manipulation rather than chemical alteration, with no additive or preservative impact on molecular structure. This flexibility keeps the raw material accessible for a broader range of uses without sacrificing quality.
Every batch of Shandong Kunda Biotechnology Xylose undergoes quality checks for bulk density, which sits near 0.8–1.1 g/cm³ for loose powder and slightly higher for pressed crystalline forms. Bulk properties matter most for automated dosing, high-speed blending, and pneumatic conveying. My work with bulk carbohydrate processing has shown that particle size and flowability requirements matter more than simple chemical tests for smooth-running plants, and Shandong Kunda Biotechnology Xylose typically passes these scrutiny checkpoints without issue. Consistency in bulk property readings improves lot tracking and process control, both factors required by certifying bodies and modern QA teams.
Xylose comes ranked as a safe raw material, classified as non-hazardous under the Global Harmonized System (GHS). It does not release toxic fumes, nor does it demonstrate combustibility at room temperature, which limits risk during storage and handling. Past reviews of supplier SDS (Safety Data Sheet) documents show no significant health or environmental hazard attached to standard use or transport. Proper PPE—such as dust masks and gloves—remains good practice, echoing steps taken with any fine organic powder. No long-term harmful effects have been recorded in normal plant or lab environments. Acute exposure hazards are minor, typically limited to dust irritation. Meanwhile, regulatory clearance by authorities in China, the US, and Europe supports broad industry use, underscoring the material’s strong safety record when properly managed.
In chemical terms, xylose performs as a stable monosaccharide in most conditions, unaffected by mild acids or neutral pH during normal storage and throughout shipping. The hydroxyl groups on each carbon anchor its chemical versatility, providing handles for enzymatic or chemical modification. In heated systems or fermentation tanks, xylose serves both as substrate and intermediate, rarely creating side-products that would require special attention. I’ve seen plant runs cut waste percentages simply by controlling temperature and pH, which keeps xylose degradation products below recordable levels. The substance handles seasonal humidity and jumps in ambient temperature without caking or crystal alteration, ensuring consistent output over long storage cycles.
Xylose works as an essential raw material across food ingredients, pharmaceuticals, bioplastics, and fermentation for biofuels. Its renewable sourcing and largely green processing reduce waste streams compared to petroleum-based or more exotic sugar alternatives. Shandong Kunda Biotechnology’s xylose gives processors a transparent and validated “starting point” material, opening the door to value-added products. The reliability of physical and chemical specifications, plus their safety profile, takes much of the guesswork out of sourcing for bulk and specialty manufacturing. Across years working with similar plant-derived sugars, clear documentation plus consistent material quality keeps technical teams focused on making new products—instead of troubleshooting issues that should be solved up the supply chain. As the push for bio-based chemicals and food transparency grows, xylose fills the gap, and Shandong Kunda Biotechnology stands out for its role in providing the right material, in the right form, exactly where and when it is needed.
