Engineered for high-yield starch conversion, syrup clarification, thermal evaporation, and automated confectionery processing across Riyadh Industrial Cities 2 & 3.
Heavy-duty syrup clarification centrifuge engineered for continuous liquid glucose mother-liquor separation and high Brix refining.
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Oil-free positive displacement blower for clean pneumatic transport of starch feeds and dry crystalline powders in refining facilities.
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Low-energy separation machine specialized in viscosity control and suspension purging during high DE syrup processing.
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Precision speed-controlled pulling machine designed to incorporate air into boiled liquid glucose mass for halwa and chew candies.
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Thermal energy integration turbine for large-scale starch hydrolysis and syrup evaporation plants demanding high process steam stability.
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Rotary panning coating system for glazing confectionery products with liquid glucose and chocolate mass solutions.
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High-efficiency mechanical drive turbine for heavy mill crushers and high-pressure glucose enzymatic hydrolysis reactors.
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Automated PLC touch-screen pan coater with temperature spray nozzle for liquid glucose glazing applications.
Get a QuoteLiquid glucose (commonly designated as glucose syrup) is an aqueous, purified, concentrated solution of nutritive saccharides derived from the controlled partial hydrolysis of food-grade starch—predominantly high-purity yellow corn starch or tapioca starch. For industrial procurement directors, food technologists, and pharmaceutical formulators in Riyadh and the wider Gulf Cooperation Council (GCC) region, selecting an OEM manufacturing partner requires a granular understanding of chemical carbohydrate distribution, glass transition temperature ($T_g$), osmotic pressure control, and thermal degradation profiles.
Our OEM liquid glucose manufacturing framework operates utilizing dual-stage enzymatic hydrolysis ($\alpha$-amylase liquefaction followed by fungal glucoamylase saccharification). This process allows precise control over the Dextrose Equivalent (DE) spectrum—spanning from low-DE maltodextrin-rich syrups (DE 28–38) to high-maltose syrups (DE 42–50) and high-DE dextrose conversion syrups (DE 60–68). Controlled enzymatic cleaving guarantees tight molecular weight distribution, yielding syrup with exceptionally low color development (measured via ICUMSA spectrophotometric absorbance at 420 nm), zero protein residual haze, and superior stability under the hot, dry ambient logistics conditions of Saudi Arabia.
Understanding that a single syrup specification cannot meet the divergent needs of a high-speed confectionery line in Riyadh Second Industrial City and an oral suspension pharmaceutical plant in Sudair Industrial City, we offer complete OEM customization across primary chemical parameters:
| OEM Grade Specification | Brix Range (°Bx) | Dextrose Equivalent (DE) | Primary Carbohydrate Profile | Key Functional Benefit in Riyadh Plants |
|---|---|---|---|---|
| Confectionery Hard Boiled Grade | 82.0% – 85.0% | 38 – 42 DE | High Maltotriose & Higher Polymers | Prevents sucrose crystallization; high viscosity inhibits cold flow under ambient storage. |
| High Maltose Syrup (HMS) | 75.0% – 80.0% | 48 – 55 DE | Maltose > 50%, Low Glucose (< 10%) | Low hygroscopicity; ideal for soft candies,halwa, and moisture-sensitive snacks. |
| Bakery & Jam Glaze Grade | 80.0% – 83.0% | 42 – 46 DE | Balanced Glucose / Maltose Mix | Controls water activity ($a_w$), enhances Maillard browning, retains moisture crumb structure. |
| Beverage & Dairy Rebalance Grade | 71.0% – 75.0% | 60 – 66 DE | High Monosaccharides (Dextrose) | High sweetness index, rapid fermentability, bodying agent without masking ambient fruit aromas. |
| Pharma-Grade USP/EP Syrup | 80.0% – 84.0% | 40 – 44 DE | Ultra-Pure Demineralized Saccharides | Endotoxin-tested, zero heavy metals, stable vehicle for pediatric syrups and liquid vitamins. |
As the Kingdom of Saudi Arabia advances its manufacturing capabilities under Vision 2030, the demand for specialized, high-purity food ingredients within Riyadh's expanding industrial hubs has grown exponentially. Below are the specific operational applications where our custom OEM liquid glucose delivers measurable technical advantages to Saudi manufacturers:
Traditional regional delicacies such as Tahini Halwa, Ma'amoul fillings, and glucose-glazed dates require precise moisture regulation. Our High Maltose OEM syrup acts as a natural humectant that prevents sugar bloom and oil separation under Riyadh's low-humidity, high-temperature retail environments.
In large-scale dairy facilities in Central Saudi Arabia, liquid glucose is deployed to depress the freezing point of ice creams while controlling ice crystal growth. In carbonated and non-carbonated juice production, it provides solid mouthfeel without introducing unwanted caramelized off-flavors.
Supplying pharmaceutical clusters around Sudair and Riyadh, our compliance-grade liquid glucose serves as a non-crystallizing carrier base for active pharmaceutical ingredients (APIs). For pediatric syrups, it masks bitterness while preventing cap-locking in plastic and glass bottles.
By controlling parameters such as Sulfated Ash (< 0.05%) and Sulfur Dioxide residual ($SO_2$ < 10 ppm or completely $SO_2$-free for organic applications), we ensure full compatibility with modern automated dosing pumps and continuous sugar boiling systems manufactured by European and regional equipment vendors.
The industrial landscape in Saudi Arabia is undergoing rapid transformation driven by the National Industrial Development and Logistics Program (NIDLP). Food security, local manufacturing sustainability, and rigorous safety standards enforced by the Saudi Food and Drug Authority (SFDA) are redefining raw material procurement criteria:
As a global exporter with deep technical roots in starch conversion and sugar refining infrastructure, we bridge the gap between large-scale raw material refining and customized OEM product delivery. Our manufacturing capabilities are supported by industrial-scale processing machinery including high-speed centrifuges, multi-stage evaporation turbines, and automated packaging lines.
We do not operate merely as brokers; we manage production floors holding direct mill contracts and operating custom blending tanks. This ensures that when a food manufacturing plant in Riyadh schedules a continuous 500-metric-ton production run, the exact viscosity, Brix percentage, and DE specification requested are delivered without variance from lot to lot.
Clear technical and logistical answers addressing shipping, SFDA registration, packaging formats, and custom formulation tolerances.
For standard custom OEM formulations (e.g., DE 42 or High Maltose Syrup), transit times from our primary export facilities to Dammam Port or Riyadh Dry Port average 18 to 25 days. Factory dispatch and container loading are executed within 5 to 7 business days following Letter of Credit (LC) confirmation or deposit receipt.
Every shipment is dispatched with a comprehensive compliance dossier including an original Certificate of Analysis (COA) specifying Brix, DE, pH, SO2, Heavy Metals, and Microbe counts, alongside Halal Certificate, Health Certificate, Certificate of Origin, and SASO/SFDA compliant batch labeling.
We supply four primary packaging formats depending on your plant's receiving infrastructure: 300 kg HDPE Drums, 1300 kg IBC Totes (Intermediate Bulk Containers), 24,000 kg food-grade Flexitanks for 20ft container shipping, and direct stainless steel ISO Tankers for continuous industrial dosing.
Yes. As an OEM manufacturer, we specialize in custom saccharide distribution profiles. Whether your processing line requires a DE 38 low-hygroscopicity syrup for hard boiled candy or a high-dextrose conversion syrup for industrial baking, our laboratory formulators engineer the precise specification required.
Liquid glucose is naturally stable; however, prolonged exposure to temperatures above 40°C can accelerate color darkening (Maillard reaction). We recommend storing drums and IBC totes in shaded or temperature-regulated warehouses below 30°C. Our ion-exchange purified syrups exhibit significantly superior thermal stability compared to standard unrefined grades.
Connect directly with our senior food technologists and export logistics managers to discuss your Brix requirements, DE ratios, SFDA documentation, and landed pricing for Riyadh.
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