White or Cream-Coloured Powder
Konjac Flour, E425
25 kg Kraft Paper Bag/ Fibre Drum
Konjac gum is extracted from the root of the Konjac plant, a part of Genus Amorphophallus. It is white or cream-colored with high viscosity. It has high transparency in nature and can be easily dissolved. Konjac Gum comprises 85-90% Glucomamman and is used in Asia to create flour and a high-viscosity jelly. It synergizes with kappa carrageenan and xanthan gum, forming thermoreversible, elastic gels. Konjac Gum has many characteristics such as hydrophilic, thickening properties, stability, emulsification, suspension, gel and film forming properties, etc.
The process of crude konjac glucomannan production consists mainly of two steps: drying by dehydration and konjac power processing. The freshly harvested konjac tuber is first washed, peeled, then sliced. The konjac slices are then dried by dehydration in oven-drying equipment. The dried slices are broken and grind into a fine powder. The starch, fiber, and other impurities are then removed. When the konjac powder is further purified and finely subdivided, a better product, konjac gum, will result, which is better quality and more convenient for use.
Konjac Gum stabilizes ice cream as it makes the taste smooth and delicate. Konjac Gum is used as a binder in noodles, rice noodles, twisted leather, meatballs, sausage, bread, and pastries to enhance tendon force, keep a fresh state, and increase the intensity of the lines and surfaces to increase the toughness of noodles. It is used as a gelling agent for various kinds of fudge, obstinacy, and crystal sugar and to produce bionic food. It is recommended as a thickening and gelling agent for a wide variety of food, including as a vegan substitute for gelatin. It is also an additive in biscuits, cakes, and other baked food, giving the products a smooth appearance and loose texture.
Konjac Gum is used for reducing glycemia, blood cholesterol, and blood pressure. It is used to increase insulin sensitivity.
Konjac Gum is used in petroleum, textile and dye printing due to its high viscidity, good fluidity and high molecular weight.