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    α Amylase for Starch Hydrolysis

    • MOQ100 Kilogram
    • ApplicationEliminates Starch In Sugar Juice Processing,Sugar Industry, Cane Sugar Processing
    • Number Of FlowerStarch Hydrolyzing Enzyme
    • MaterialBacterial α-amylase From Bacillus Licheniformis
    • Endo-EnzymeHydrolyses 1, 4-α-D-glycosidic Bonds Within Starch Molecule
    • Supply TypeManufacturer, Exporter, Supplier
    • Preferred Buyer Location All over the world
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    Company Information

    • calendar Member Since 1 Year
    • building Nature of Business Manufacturer
    • gst icon GST No. 09AABCV7390J1ZS

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    • Number Of FlowerStarch Hydrolyzing Enzyme
    • ApplicationEliminates Starch In Sugar Juice Processing,Sugar Industry, Cane Sugar Processing
    • MaterialBacterial α-amylase From Bacillus Licheniformis
    • Endo-EnzymeHydrolyses 1, 4-α-D-glycosidic Bonds Within Starch Molecule
    • Main ActivityThermostable, Acid Tolerant α-amylase
    • Products Formedα-limit Dextrins And Oligosaccharides

    Thermostable, acid tolerant bacterial α-amylase for starch Hydrolysis

    Amsolen is a starch hydrolyzing enzyme specially designed for its use in the sugar industry. The enzyme is produced from a specially selected strain of Bacillus licheniformis. The enzyme does not require additional calcium addition for optimization of result in standard conditions of usage. Main activity of the

    enzyme is based on a thermostable, acid tolerant α-amylase (1, 4-α-D-glucan-glucanohydrolase: EC 3.2.1.1). As an endo-enzyme Amsolen hydrolyses 1, 4-α-D-glycosidic bonds within the starch molecule. Products formed hereby are α-limit dextrins and oligosaccharides.

     

    Application

    Amsolen eliminates starch in a most effective method in sugar juice processing. Removal of starch in cane sugar processing increases the factory capacity, the product yield and product quality. The elimination of starch in the juice at the evaporators will reduce the content of starch in sugar and as a result decrease the purity and increase the starch content of the final molasses and consequently lead to an increase in the filtration and crystallization rates.


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