Encapsulation & Blending Solutions Supplier Since 2003

Encapsulation & Blending Solutions Supplier Since 2003
| Core Content | Standard 85%, customizable |
|---|---|
| Wall Material | Lipids, dextrin, emulsifiers, or salts (customizable) |
| Packaging | 25 kg bags, customizable packaging |
| MOQ | 200 kg / 500 kg (customized) |
Encapsulated Sodium Bicarbonate is an advanced controlled-release leavening agent produced using precision microencapsulation technology. Sodium bicarbonate (baking soda) is used as the core and coated with a food-grade protective layer, typically lipid-based, forming a stable barrier that isolates the active ingredient from moisture, air, and other reactive components during processing and storage.
This controlled-release system effectively addresses common limitations of conventional sodium bicarbonate, such as premature CO₂ release, early reaction with acidulants, and instability in dough or batter systems. The active component is released only under specific processing conditions, ensuring precise gas generation at the desired stage.
As a result, encapsulated sodium bicarbonate improves dough stability, enhances process control, and delivers consistent leavening performance, making it particularly suitable for industrial baking and other applications requiring controlled gas release.
It is widely used as a controlled-release leavening agent in applications requiring delayed CO₂ generation and improved processing stability.
Encapsulated Sodium Bicarbonate operates through a temperature-triggered controlled-release mechanism, designed to ensure dough stability during processing and precise CO₂ generation during baking.
Encapsulated Sodium Bicarbonate provides significant functional and processing advantages compared to conventional sodium bicarbonate, especially in applications requiring controlled gas release and improved dough stability.
Encapsulated Sodium Bicarbonate is widely used in applications requiring controlled CO₂ release, improved dough stability, and consistent leavening performance.
| Item | Specification | Remarks |
| Appearance | White powder | Microencapsulated form |
| Particle Size | 20–40 mesh, 90% pass | Customizable |
| Core/Wall Ratio | 60–90% core / 10–40% wall | Adjustable based on application |
| Encapsulation Efficiency | ≥97% | High retention rate |
| Wall Material | Lipids, dextrin, emulsifiers, or salts | Custom combinations available |
| Weight Loss on Drying | ≤1% | — |
| pH (1% aqueous solution) | 7.0–9.0 | — |
| Chloride (Cl) | ≤0.4% | — |
| Arsenic (As) | ≤1.0 mg/kg | Complies with food-grade standards |
| Lead (Pb) | ≤2.0 mg/kg | Complies with food-grade standards |
| Amine Salt Test | Pass | — |
| Sensory | Neutral smell, typical alkali taste | No peculiar odor |
We connect you with the right manufacturers based on your pricing and specification needs.
Diversified supply channels ensure consistent availability and reduce supply risks.
Optimized sourcing strategy helps provide competitive pricing for bulk orders.
Serving clients in over 100 countries with reliable logistics and documentation support.
Fast quotation and professional support for food, beverage, and industrial applications.
Sourced from certified manufacturers, meeting ISO, FSSC 22000, Halal, and Kosher standards.
What is the difference between encapsulated and regular sodium bicarbonate?
Regular sodium bicarbonate reacts readily with moisture and acidic components, leading to premature CO₂ release and reduced leavening efficiency. Encapsulated sodium bicarbonate provides controlled release under specific temperature conditions, preventing early reactions and ensuring optimal gas generation during baking.
What applications is encapsulated sodium bicarbonate suitable for?
It is widely used in bakery products, frozen and refrigerated dough, baking powders, and premix systems where controlled CO₂ release, improved dough stability, and consistent leavening performance are required.
Can the product be customized to our specific process?
Yes. We offer full customization of coating type, particle size, core-to-wall ratio, and release characteristics to match different processing conditions and formulation requirements. Samples are available for evaluation and testing.
How does the release mechanism work?
The sodium bicarbonate core is protected by a lipid-based coating that remains stable during mixing and storage. During baking, the coating melts at a defined temperature, releasing the active ingredient to generate CO₂ at the desired stage.
What are the advantages of encapsulated sodium bicarbonate in production?
It improves process stability, prevents premature gas loss, enhances dough consistency, and delivers better volume, texture, and overall product quality, especially in frozen or long-storage applications.
How can I obtain samples and technical support?
Contact our team for sample requests and technical support. We provide formulation guidance to help optimize performance in your specific application.
Submit your inquiry to receive a quotation within 24 hours.
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