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SANHE® CMC FVH9

1 of 2 products in this brand
Sanhe® CMC FVH9 has good evenness, high viscosity (even higher than 2000 mPa.s), high degree of substitution (above 1.2), high purity (97%-99.5%), high acid resistance (AVR of Type FH9 above 0.9) and high saline resistance (soluble in solution at any salt proportion, SVR in sea water or 4% NaCl solution above 1.0) SANHE®CMC has a fast solution rate and the dissolved solution has good transparency and good flowability.

Ingredient Name: Sodium Carboxymethyl Cellulose

Functions: Stabilizer

Features: Dissolves Easily, Good Transparency, High Purity, High Viscosity

End Uses: Beer, Biscuits, Bread, Flavors, Ice Cream, Instant Noodle, Non-Dairy Milk, Sauces, Soups, Wine

    Knowde Enhanced TDS

    Identification & Functionality

    Food Ingredients Functions
    Chemical Formula
    [C6H7O2(OH)2OCH2COONa]n
    Ingredients
    Sodium Carboxymethyl Cellulose
    Food Additive Number
    E 466, INS 466
    Technologies

    Features & Benefits

    Applications & Uses

    Applications
    • Lactate milk and acid drink; dosage:2-5%.
    • Flavor, comfit, sauce, and soup; dosage:2-4%.
    • Beer, wine, fresh fruit-keeping: dosage:4-5%.
    • Ice cream, instant noodle, soybean milk, bread, biscuit and fast, etc; dosage:3-5%.
    Using Procedures
    • Put water in a container and add CMC into the container under constant agitation. Then filter this solution by screen.
    • If powder or granular ingredient (sugar) is to e added, the ingredients be should first dry-mixed with CMC and then dissolve them as method 1.
    • If organic solvent is to be added into the food, you should first disperse the CMC should be first dispersed in this solvent. Then constant agitation should be applied to disperse and dissolve it in water.

    Properties

    Specifications
    ValueUnitsTest Method / Conditions
    Acid-Viscosity Ratiomin. 0.85--
    Arsenic Contentmax. 0.0002%-
    Chloride Contentmax. 1.2%-
    Degree of Substitution0.90~1.00--
    GB1904-2005--
    Iron Contentmax. 0.02%-
    Lead Contentmax. 0.0015%
    Loss on Dryingmax. 10.0%-
    pH6.0~8.5--

    Technical Details & Test Data

    Viscosity
    Type Viscosity
    FVH9 800~900
    900~1000
    1000~1200

    Method of testing viscosity: 2% water solution,25°C, Emila or NDJ-79 model rotary caplastometer.