Advanced formulations designed to control viscosity, prevent phase separation, and ensure shelf-life integrity under tropical climatic conditions.
Specially formulated hydrocolloid matrix designed to keep plant proteins (soy, almond, oat, and coconut) suspended perfectly without sedimentation or chalkiness.
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Engineered for UHT milk, chocolate milk, and reconstituted dairy products, ensuring emulsification of milk fat and preventing whey-off over extended storage.
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Optimizes pulp suspension and mouthfeel viscosity in nectar products, preventing serum separation in high-pulp mango, passion fruit, and guava juices.
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Provides excellent gel strength, transparency, and syneresis control for gelatin-free jellies and stable dairy puddings suited for South Asian distribution networks.
Explore SpecsSri Lanka’s food and beverage manufacturing sector is undergoing a rapid technological evolution. Driven by changing consumer demographics, urbanization, and a robust export market for coconut products, teas, and spices, local processors require advanced functional ingredients. The domestic market has traditionally relied heavily on imports for stabilizer systems, emulsifiers, and high-intensity sweeteners. However, strict quality standards under the Sri Lanka Food Act No. 26 of 1980 mean that manufacturers must source materials that meet rigorous international specifications.
In addition to regulatory compliance, local climatic challenges play a major role in food formulation. High humidity and ambient temperatures throughout the year accelerate physical instability (like creaming, sedimentation, and oil separation) in packaged beverages. Whether formulating for local consumption or preparing high-value exports for Western and Asian markets, Sri Lankan food manufacturers demand high-performance stabilizers that can maintain colloidal suspension and emulsion integrity without relying on continuous refrigeration.
Furthermore, Sri Lanka's introduction of the sugar tax in 2017 catalyzed a shift towards lower-sugar beverage formulations. Developing zero-sugar or reduced-sugar RTD teas, carbonated soft drinks, and juices without losing the typical mouthfeel has become a key competitive arena. This is where customized composite sweeteners and stabilizer-thickener systems step in to bridge the structural gap left by sugar reduction.
Explore our state-of-the-art pilot lines, analytical laboratories, and quality-assurance systems via our interactive 3D virtual tour.
Globally, the food additives industry is transitioning away from simple single-ingredient formulations toward intelligent composite systems. The global market is shaped by three massive consumer demands: **clean-label positioning**, **nutritional optimization**, and **supply chain resilience**. Modern consumers demand transparency; they expect food additives to be derived from natural, easily recognizable sources. As a result, synthetic emulsifiers are rapidly being replaced by plant-based hydrocolloids like pectins, alginates, gellan gums, and microcrystalline cellulose (MCC) networks.
Furthermore, the growth of the plant-based milk market has placed complex demands on stabilizers. Vegetable proteins possess different physical properties than cow's milk protein. They are more susceptible to thermal degradation, pH changes, and ionic imbalances, which leads to sedimentation. Stabilizer suppliers must look beyond simple thickeners to design dual-component systems that balance steric stabilization and electrostatic repulsion.
In parallel, food safety and shelf-life extension remain critical, particularly in developing economies. With the rising cost of cold-chain logistics, compound preservatives and antioxidants are under high demand. Natural compound systems, which leverage synergistic combinations of Nisins, Natamycins, Organic Acids, and Rosemary Extracts, allow for longer shelf life with a minimal sensory footprint.
How Tellcan's functional ingredients solve specific regional formulation and processing challenges.
Sri Lanka is a world-class exporter of premium coconut products. Coconut milk contains a high percentage of fat, making it highly prone to phase separation (creaming) under ambient conditions. Our specialized colloidal Microcrystalline Cellulose (MCC) and carboxymethyl cellulose (CMC) compound systems form a stable 3D network, trapping oil droplets and preventing coalescence in canned and aseptic coconut creams.
Local favorites like yogurt drinks and high-acid tropical juices (passion fruit, mango, wood apple) suffer from protein denaturation and pulp settling. Our pectin-based and CMC-based acidic dairy stabilizer systems coat casein micelles, preventing aggregation even under pasteurization temperatures. This ensures a smooth, homogeneous drink with zero serum separation.
To comply with local sugar taxes, manufacturers rely on composite sweeteners. Our zero-sugar blends combine high-intensity sweeteners (like Sucralose and Stevia) with clean-label bulking agents and mouthfeel enhancers. This replicates the syrup-like viscosity and sweet profile of real sucrose, without leaving a bitter aftertaste.
NANCHANG TELLCAN FOOD SCIENCE CO., LTD. is located in the Changling Industrial Zone II, Nanchang City, Jiangxi Province. We are proud to be ranked among the "Top 100 Enterprises in China's Food Additives and Food Ingredients Industry." Our core operations cover the research, development, production, and distribution of high-performance food additives, along with technical transfer services for deep-processed agricultural products.
Backed by a strong scientific team, Tellcan operates advanced pilot production lines, analytical laboratories, and quality-control systems. We maintain the **HACCP 22000 Food Safety Management System** to guarantee that every batch of additives shipped to Sri Lanka or other international markets is safe, reliable, and consistent. Our technical excellence has been recognized with multiple prestigious titles:
At Tellcan, we scientifically compound our products using premium raw materials sourced globally. The quality and performance of our stabilizer systems, sweeteners, and preservatives are trusted by millions of commercial partners. We actively contribute to the scientific community and keep our clients updated on beverage market trends and R&D advancements through:
Diligence & Innovation
Technology Focused
Professional ExecutionDeep-dive into our production, testing, and application facilities, where we maintain strict control over every batch of products.
Colloidal Cellulose Synthesizer
Wet Milling and Dispersion Unit
MCC Spray Drying System
Viscosimeter & Rheology Profiler
HPLC Purity Chromatograph
Particle Size Analyzer
Texture Analyzer
Raw Material Dosing Unit
Homogenizing Matrix Blenders
Automated Clean Packaging Line
High-Shear Dispersion Tank
Raw Material Silo Station
Quality Check Station
Thermal Incubation Chambers
Centrifugal Separation Studies
Microbiological Incubator
UHT Pilot Plant Simulator
Liquid Flavor Extraction Systems
Powder Flavor Blenders
Sensory Evaluation Rooms
Chemical Analysis Research Lab
Advanced Instrumentation Unit
Pilot Carbonator
Pilot Pasteurizer
Filling Station Trials
Sensory Profile Analysis
Trial Storage Tracking
HACCP Certification
ISO 22000 Certification
Halal Conformity
Kosher CertificationCommon questions from beverage developers regarding colloidal stability, sweetening systems, and shelf-life extension.
Explore our complete range of composite stabilizer systems, sweeteners, preservatives, and antioxidants designed for global food safety compliance.
Protects casein proteins at low pH ranges (3.8–4.2) from thermal denaturation, preventing whey separation and chalkiness in drinking yogurts.
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Synergistic compound preservative series designed for baking, juice, and dairy products to prevent yeast and mold growth under tropical humidity.
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Offers a clean sweet profile designed to replace sugar. Our sweetener systems maintain a long-lasting, natural taste profile with no metallic aftertaste.
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Prevents lipid oxidation, color fading, and rancidity in vegetable oil emulsions, plant-based dairy, and fried snacks, extending product shelf life.
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High-purity colloidal microcrystalline cellulose (MCC). Forms a heat-stable gel network to control creaming, modify texture, and add creaminess.
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Custom sugar reduction formulas tailored for beverage plants. Reduces ingredient costs while matching sucrose sweetness curves.
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Tailor-made stabilizer blends designed for complex applications, combining emulsifiers, thickeners, and sweeteners in single, easy-to-dose bags.
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Keeps oat, almond, and soy proteins perfectly suspended. Highly recommended for UHT-treated plant milk formulations exported globally.
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Specially designed stabilizer for pulpy juice beverages. Maintains cloudiness, prevents sedimentation, and retains fresh mouthfeel.
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Smart formulation systems optimized for specific processing equipment. We design stabilizers to match the shear rates of your production lines.
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Highly cost-effective compound stabilizers designed for reconstituted juices, fruit drinks, and fruit pulps, ensuring uniform texture.
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Advanced preservative matrix targeting specific food spoilage pathways, ensuring extended storage stability in humid climates.
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Tellcan Food