Leave Your Message

High-Performance Microcrystalline Cellulose from China Suppliers | Factory for Stabilizing High-Calcium Milk & Beverages

Introducing our high-performance stabilizing and thickening solution, scientifically formulated to meet the needs of high-calcium milk, plant-based protein beverages, and coffee drinks. This product is designed to effectively address common challenges such as phase separation, sedimentation, and mineral precipitation. As a trusted choice among suppliers in China, our solution ensures superior stability and compatibility with high-temperature sterilization, calcium and iron fortification, and extreme hot/cold processing. It proudly supports gluten-free and zero sedimentation claims, certified by ISO 22000, FSSC 22000, HALAL, and MUI to enhance food quality and safety. Partner with our factory to elevate your beverage formulations with a clean label and multifunctional integration
    coffee-beverage-series.png

    Application Fields
    Sector Typical Products Gold Grade Model Solution Highlights
    High-Calcium Milk Calcium-fortified milk, oat milk TK9201F / SFH-9718 Chelates calcium ions, 18-month sedimentation-free
    Plant Protein Drinks Pea milk, walnut milk TK9208F Prevents fat floating, masks off-flavors
    Coffee Beverages Plant-based lattes, RTD coffee SFH-9618 Eliminates caffeine flocculation, stable in hot/cold conditions
    Application Field Image 1
    Application Field Image 2
    Application Field Image 3
    Application Field Image 4
    Application Field Image 5
    Application Field Image 6
    ? Frequently Asked Questions
    Q What makes the Gold Grade models (TK9201F / SFH-9718) suitable for high-calcium milk applications?
    The TK9201F and SFH-9718 are specifically formulated to chelate calcium ions effectively, preventing mineral precipitation and ensuring a smooth, stable product texture. They are proven to maintain sedimentation-free performance for up to 18 months, making them ideal for calcium-fortified milk and oat milk products.
    Q How does the TK9208F model address common challenges in plant protein drinks?
    TK9208F is engineered to prevent fat floating, which is a common issue in plant-based beverages such as pea milk and walnut milk. Additionally, it effectively masks off-flavors associated with plant proteins, resulting in a cleaner taste profile and improved consumer acceptance.
    Q Can the SFH-9618 model be used in both hot and cold coffee beverage formulations?
    Yes. The SFH-9618 is designed to maintain stability across a wide temperature range, making it suitable for both hot-served and ready-to-drink (RTD) cold coffee beverages. It also eliminates caffeine flocculation, ensuring a visually clear and consistent product in plant-based lattes and similar drinks.
    Q Are these Gold Grade models compatible with multiple beverage categories simultaneously?
    Each Gold Grade model is optimized for its designated application sector. However, depending on the specific formulation requirements, some models may offer overlapping benefits. It is recommended to consult with a technical specialist to determine the most suitable model for multi-category applications.
    Q What is the significance of an 18-month sedimentation-free guarantee in high-calcium milk products?
    An 18-month sedimentation-free shelf life is critical for high-calcium milk products as it ensures consistent product quality, appearance, and nutritional integrity throughout distribution and retail. It reduces consumer complaints related to settling or separation and supports longer export supply chains without compromising product standards.
    Q How do these solutions benefit manufacturers in the plant-based beverage market?
    These solutions provide manufacturers with reliable stabilization technology that addresses the key technical challenges of plant-based beverages — including fat separation, off-flavors, mineral instability, and protein flocculation. By using the appropriate Gold Grade model, manufacturers can improve product consistency, extend shelf life, and enhance the overall sensory experience for end consumers.

    Contact Us