REMYGEL 663 is a modified food starch derived from waxy, polished, broken rice. It is a fine distarch phosphate that is cross-linked with phosphorous oxychloride and esterified by acetic acid anhydride (INS 1414). It appears as a fine white powder.

Supplied By: Beneo

Product Code: F01214

Regional Availability: Canada

Labeling Claims: GMO-free, Gluten-free, Halal, Kosher, Vegan, Vegetarian

Physical Form: Powder

Features: BTR, Enhanced Shelf Life, Fat Reduction, Improved Freeze/Thaw Stability, Neutral Taste, Suitable for Vegans, Suitable for Vegetarian Foods

    Enhanced TDS

    Identification & Functionality

    Features & Benefits

    Applications & Uses

    Properties

    Physical Form
    Appearance
    Fine white powder
    Odor
    Neutral
    Taste
    Neutral
    Note

    Physiochemical Properties

    • 1 on Certificate of Analysis
    • 2 or validated equivalent

    Rheological Properties

    • 1 on Certificate of Analysis
    • 2 Brabender program: 700 cmg, 500 g total weight, 3 °C/min, 95 °C (15 min), 20 °C (15 min)

    Microbiological Values

    • 1 on Certificate of Analysis
    • 2 or acknowledged and validated equivalent

    Nutritional Information

    • 1Proposed values are typical values.
    • 2for US: trans fats and cholesterol negligible.
    • 3Negligible means "0" according to applicable rounding rules in EU and US.
    • 4Modified rice starch is not a typical source of vitamins/minerals.
    • 5“Fat”, “carbohydrate” and “sugars” are “total fat”, “total carbohydrate” and “total sugars”, respectively in acc. with 21 CFR 101.9; when total sugars are negligible, added sugars are negligible too.

    Regulatory & Compliance

    Packaging & Availability

    Packaging Type
    Regional Availability
    • Canada
    Packaging Information

    25 kg multiply paper bags, 1000 kg big bags, 600 kg big bags

    Storage & Handling

    Shelf Life
    4 years
    Recommended Storage Conditions

    Original (unopened) packaging in a dry place protected against odors and pests 4 years from date of production under recommended storage conditions