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Recently, INNOBIO's LocVita® Pine-Based Vitamin D3 has officially passed the certification of the FSSAI and is permitted to enter the Indian market as a vegetarian functional nutritional ingredient.
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INNOBIO’s microencapsulation technology has evolved into its third generation (IMT 3.0) through iterative research of active ingredients, microencapsulating materials, equipment, and more.
With our patented biosynthesis technology platform, INNOBIO strives to provide an alternative to chemical synthesis to provide more natural and healthy ingredients to the nutrition industry.
Encapsulation in Action: Three Ingredients, One Solution for Precision Acidity Control
In the ever-evolving landscape of food formulation, Acidity Regulators play a pivotal role in defining taste, texture, and shelf life. However, traditional ingredients often fall short due to high hygroscopicity, premature reactions, and undesirable flavor bursts. Addressing these challenges, INNOBIO introduces a breakthrough advancement in ingredient technology: microencapsulated acidity regulators that deliver precision, stability, and enhanced sensory experiences.
The Challenge with Conventional Acidity Regulators
Standard acidulants like Citric Acid and Malic Acid are inherently hydrophilic. Their multiple hydroxyl groups readily absorb moisture from the environment, leading to caking and reduced product stability. Furthermore, these conventional ingredients release flavor in an instantaneous burst, creating a sharp, overwhelming sourness that lacks depth and complexity.
Beyond sensory limitations, traditional acidity regulators face significant functional hurdles. When combined with alkaline components in formulations, they often trigger premature reactions. This can result in off-gassing, flavor degradation, and compromised texture, ultimately affecting product quality from the production line to the end consumer.
INNOBIO's Microencapsulated Solution: Stability Meets Sensory Precision
Leveraging proprietary microencapsulation technology, INNOBIO has developed a suite of encapsulated acidity regulators that overcome these long-standing challenges. By forming a protective barrier around the active core with food-grade wall materials and advanced processing techniques, these ingredients ensure reliable performance across a wide variety of applications.
The product portfolio is designed to address specific formulation needs:
Encapsulated Citric Acid | Designed for sustained release, this ingredient replaces the harsh, immediate tartness of free citric acid with a balanced, long-lasting sour profile. It is ideal for applications where lingering acidity is desired without the initial sensory shock.
Encapsulated Malic Acid | This variant delivers a smooth, rounded acidity while significantly improving ingredient stability. Encapsulation minimizes moisture absorption, preventing clumping and preserving flowability, which is critical for consistent dosing and texture.
Encapsulated Sodium Bicarbonate | By controlling the release of this alkaline agent, INNOBIO enables a delayed and consistent effervescent reaction. This is particularly valuable in baking and effervescent tablets, where the timing of gas release determines volume, texture, and overall product success.
Proven Performance in Real-World Applications
In rigorous stability tests, INNOBIO's encapsulated ingredients demonstrated exceptional performance. Under accelerated conditions of 35°C and 75% RH, encapsulated Citric and Malic Acids showed no signs of gas production or bag swelling when mixed with alkaline sources for over 20 days. In contrast, traditional blends often react within days under similar conditions.
In confectionery applications, encapsulated acids kept gummies dry and free from sticking over a 30-day open-air period, effectively inhibiting sugar inversion and maintaining product integrity. The controlled release mechanism also prevented the sharp acid bite common in candies, replacing it with a more palatable, persistent sourness.
In baking, encapsulated Sodium Bicarbonate ensured that leavening power was preserved until the optimal moment during high-temperature processing. This prevented the "tired dough" effect, where premature gas release leads to coarse textures and reduced volume, resulting in baked goods with a finer crumb and higher rise.
Conclusion
INNOBIO's microencapsulated acidity regulators representors offer more than just an ingredient upgrade—they offer a strategic solution for formulators seeking precision, stability, and superior sensory outcomes. By transforming how acids and bases interact within food systems, INNOBIO empowers manufacturers to deliver products that consistently meet consumer expectations for taste, texture, and quality.
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