Wheat starch has a multitude of uses across various industries. Today, we’ll explore its origins and all of its fascinating properties.
1 The Origin and Nature of Wheat Starch
Where Does Wheat Starch Come From?
The origin of wheat starch
Wheat starch is a natural substance found in the roots, tubers, and fruits of various plants. Depending on the plant source, wheat starch can have different chemical compositions and physical properties.
Additionally, wheat starch serves as a vital energy source for plants during dormancy and germination. It also plays a significant role in human life, as we’ll discover later.
Characteristics of Wheat Starch
Characteristics of wheat starch
Viscosity and Elasticity: Wheat starch molecules contain a high number of hydroxyl groups, allowing them to retain more water molecules. This results in increased adhesion, thickness, elasticity, and viscosity.
Film-Forming Ability: The arrangement and interaction of amylose and amylopectin enable wheat starch to form films or coatings.
Fiber Formation: Wheat starch molecules tend to align parallel to each other under the influence of gravity, leading to fiber formation.
Gel Formation: Wheat starch forms a gel when it cools down completely due to the ordered arrangement of its molecules.
Degradability: Wheat starch undergoes degradation over time, primarily associated with amylose.
2 What is Wheat Starch Used For?
Here are some of the common uses of wheat starch:
Food Industry: Wheat starch is used as a thickening agent in canned food and instant noodles.
Food Production: It is a key ingredient in the making of bread, cakes, cookies, noodles, pasta, and various snacks.
Cosmetics and Pharmaceuticals: Wheat starch is used in makeup products, soap additives, face creams, and pharmaceutical excipients.
Paper Industry: It serves as a coating material for surface treatment and the production of ash-free or baby paper.
Moisturizer for soil
Construction: Wheat starch improves the binding of limestone and clay and is used as a wood adhesive and additive in the production of house paint, plywood, and more.
Mining Industry: It is employed as a flocculant in mineral processing and an emulsion in oil drilling solutions.
Textile Industry: Wheat starch is essential for sizing and printing textile fabrics.
Agriculture: Wheat starch acts as a moisturizer for crops, preventing water deficiency.
Additionally, wheat starch finds applications in dry cell batteries, biodegradable plastic films, hot-melt adhesives, casting molds, and more.
3 Difference Between Wheat Starch and Wheat Flour
Difference between wheat starch and wheat flour
The key difference is that wheat starch is extracted from cassava roots and is primarily used in the food industry, while wheat flour is derived from various plant sources and has a broader range of applications.
4 Common Types of Starch
Rice starch, potato starch, tapioca starch, and corn starch
Rice Starch: Made from rice, gluten-free, doubles the thickness of regular flour, and is often added to products for a crispier texture.
Potato Starch: Widely used in Europe, odorless, reduces cooking time, and increases the thickness and elasticity of sauces.
Tapioca Starch: Contains up to 99% amylopectin, minimal raw starch odor, and prevents sauce delamination during cold storage.
Corn Starch: Popular in the US, has a raw starch odor if not cooked properly, and makes fruit sauces clearer.
Wheat flour, tapioca flour, and potato flour
Wheat Flour: Excellent thickening agent, but requires thorough cooking to avoid an unpleasant raw flour odor.
Tapioca Flour: Derived from cassava roots, creates a beautiful sheen, dissolves well in water, and has twice the thickening power of regular flour.
Potato Flour: Extracted from potato tubers, odorless and tasteless, and has thickening capabilities close to twice that of regular flour.
This concludes our exploration of the origins and characteristics of wheat starch. We hope you found this information useful. Stay healthy!