Plant-Based Protein Beverage Stabilizer System
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Synthetic Food Flavor Enhancement Solutions
Composite Preservative for Bakery & Beverages
Jelly & Pudding Stabilizer Systems
OEM Acidic Dairy Beverage Stabilizer Systems
High-Stability Synthetic Food Flavor Systems
In an era where health consciousness and "Clean Label" initiatives dominate the global market, Nanchang Tellcan Food Science Co., Ltd. stands as a pioneer in zero-calorie sweetener technology. Our flagship Sweet Mate Zero Calorie Sweetener series is engineered to provide the perfect sensory profile of sugar without the caloric burden.
Located in the Changling Industrial Zone II, Nanchang City, Tellcan specializes in the R&D, production, and sales of high-performance food additives. We are not just a manufacturer; we are a strategic partner helping brands navigate the complex transition from traditional sucrose to modern, high-intensity sweetener systems.
The global sweetener market is experiencing a CAGR of over 5% in the zero-calorie segment. Consumers are increasingly scrutinizing labels for "Added Sugars," driving demand for Stevia, Monk Fruit, and precision-engineered composite sweeteners like Sweet Mate.
Modern R&D focuses on the "Sweetness Curve." Traditional artificial sweeteners often have a bitter aftertaste. Sweet Mate leverages synergistic blending to ensure a rapid onset of sweetness and a clean finish that mimics sucrose exactly.
With sugar taxes being implemented in over 40 countries, manufacturers are forced to reformulate. Our solutions are designed to maintain mouthfeel and stability while significantly reducing ingredient costs associated with sugar taxes.
As a High-Tech Enterprise Certification holder, Tellcan maintains a robust technical team operating advanced pilot production lines. Our expertise in Semantic Intent Mining for food science reveals that manufacturers don't just want a "sweetener"—they want a stability solution.
Our "Sweet Mate" series integrates with our stabilizer systems to solve common sugar-reduction issues:
From carbonated soft drinks to plant-based milks, we provide Intelligent Customization solutions. Our systems ensure that zero-sugar beverages remain clear, stable, and delicious throughout their shelf life.
Sweetening fermented dairy requires precision. Tellcan's specialized compound emulsifying thickeners work alongside Sweet Mate to prevent protein precipitation in low-pH environments.
Heat-stable sweeteners are critical here. We offer composite solutions that provide the necessary sweetness without affecting the Maillard reaction or structural integrity of baked goods.
Tellcan has implemented and maintains the HACCP 22000 Food Safety Management System, ensuring reliable products and services. Our "Five-Star Service" philosophy empowers clients to maximize the value of its products. Prestigious recognitions include:
Nanchang Municipal Enterprise Technology Center
Nanchang Expert Workstation, Jiangxi Province
Jiangxi Provincial SRI Enterprise Certificate
Youth Employment & Entrepreneurship Base
Tellcan regularly shares industry insights through authoritative platforms:
For global procurement officers, compliance is paramount. Tellcan ensures all Sweet Mate products meet the rigorous standards of international regulatory bodies, including FDA (USA), EFSA (Europe), and JECFA (Global).
With 20 years of production experience, we have established a resilient supply chain for premium raw materials, ensuring consistent price and availability even during market volatility.
Our legal and technical teams assist with regional compliance documentation, ingredient disclosures, and labeling requirements for different export markets.
Strategic location in Nanchang's industrial zone allows for efficient logistics via rail and sea, reducing lead times for our global partners.
Tellcan is committed to continuous innovation. Our future R&D is focused on three key pillars:
Enhancing the Reb-M and Reb-D content through bio-conversion for a more sugar-like taste.
Integrating Allulose and Tagatose into our Sweet Mate blends for improved bulk and caramelization.
Using machine learning to predict sensory outcomes of complex stabilizer-sweetener interactions.
Reducing the carbon footprint of our chemical synthesis processes by 30% by 2028.



