Maize starch powder for pharma use
Maize Starch Powder for Pharma use
Corn starch is a white, tasteless, odorless powder, used in food processing. Maize starch is an important ingredient in the production of foodstuffs, and has been widely used as a thickener, stabilizer, colloidal gelling agent, water retention and as an adhesive.
Maize Starch is a principal product of processing corn, one of nature major renewable resources. It is also a key material for the manufacture of corn based biochemical products ranging from corn sweeter to amino acids. Features
Maize Starch is a principal product of processing corn, one of nature major renewable resources. It is also a key material for the manufacture of corn-based biochemical products ranging from corn sweeter to amino acids. Features
Corn starch is a common food ingredient, used as Corn Flour for thickening sauces or soups, and in making corn syrup and other sugars It is versatile, easily modified, and finds many uses in industry as adhesives, in paper manufacturing, as an anti-sticking agent, and textile sizing application. Native Maize Starch Used as Thickener, Anticaking agent, The binding agent, Coating agent Applications: Thickener in sauce, soups, masala powder Used as a coating agent for fried foods to enhance crispiness
Maize Starch is a principal product of processing corn, one of nature major renewable resources. It is also a key material for the manufacture of corn based biochemical products ranging from corn sweeter to amino acids. Features
Moulding Starch is a Maize based Modified Starch. Moulding starch is a odourless, tasteless, Vegan and Plant-Based starch. It is dominantly used in confectionery items as a replacement for Gelatine in products such as Jellies, Candies , Marshmallows, Starch Gums, Caramels, Nougat, Gummies, Jelly bean centres, and Cream centres.
StaThick-MS is a chemically modified Maize starch, Vegan, Gluten-Free, Plant-based, Non-GMO starch. It is produced by Cross-linking, which involves replacement of hydrogen bonding between starch chains by stronger covalent bonds.
