Xanthan Gum – Ainwik

Xanthan Gum

AINWIK Xanthan gum products represent a high molecular weight polysaccharide derived from the fermentation of carbohydrates with Xanthomonascampestris. This versatile substance can be sourced from corn, which possesses a distinctive molecular structure, offering a myriad of special characteristics suitable for diverse applications. Its utility spans across industries, serving as a rheology modifier in aqueous systems, a stabilizer for emulsions and suspensions, and an emulsifier. With its wide-ranging applications, Xanthan gum caters to a broad market spectrum, extending from the food industry to oil well drilling.

Functioning as an unparalleled biological adhesive, Xanthan gum excels in suspension, thickening, stability, and amplification. Its remarkable functional properties make it a favored choice across various industrial sectors.

Suspension and emulsification

The chemical exhibits a great suspending effect on oil droplets and insoluble solids. The molecules of Xanthan gum form ribbon-like bonded spiral copolymers that further give shape to a weak network structure similar to glue. Xanthan gum uses powerful emulsification stabilization and a high rate of suspension.

Stability to enzymatic hydrolysis

anthan gum has a stable double helix chemical structure, which makes it present strong anti-enzymatic and antioxidation properties. Several enzymes like amylase, protease, cellulose, and hemicellulase cannot degrade
Xanthan gum.

Viscosity

Xanthan gum solution usually has great viscosity during low shear or static conditions. During high shear, Xanthan gum lowers viscosity, however, the molecular structure remains the same. Once you reduce the shearing force, this restores the viscosity of the solution.

Heat stability

The viscosity of Xanthan gum solution does not differ much with the temperature change. Usually, natural polysaccharides change viscosity while heating, however, the behavior of xanthan gum solution offers thermal stability and remains unchanged between 10 and 80°C.

Stability to alkali and acid

Xanthan gum solution remains stable with acid and alkali, the viscosity will not get affected anywhere between 5 to 10 pH values.

Stability to salt

Xanthan gum offers a great combination with mixtures of Xanthan gum and saline solutions and shows unchanged viscosity when they react with a salt solution.

Food Grade Guar Gum Powder

Xanthan gum serves multiple purposes across various food applications. In baked goods like bread and cakes, it enhances water retention and softness during both baking and storage, thereby improving taste and extending shelf life. Additionally, it aids in tenderizing meat products while also improving their water retention. In frozen foods, it acts as a thickening and stabilizing agent, enhancing the overall food structure. When added to jams, xanthan gum improves taste and water retention, ultimately enhancing product quality. Furthermore, in beverages, it functions to thicken and suspend ingredients, resulting in a smoother taste and a more natural flavor profile.

Health, Personal Care and Cosmetic Applications

Xanthan gum is frequently employed as a rheology modifier in water-based cleaning products owing to its cost-effectiveness and resilience across a broad pH spectrum. Nevertheless, it falls short in terms of compatibility and effectiveness in formulations involving organic solvents. Moreover, the anionic characteristics of xanthan gum render it unsuitable for formulations containing cations.

Mud Oral Care
Soap, Shampoo, Shower Gel, Conditioner
Household Detergent
Cosmetics
No-wash Disinfectant, Hand Sanitizer

Xanthan gum serves as a versatile ingredient with multiple functions in various applications:

Thickening Agent, Emulsifier, and Stabilizer: It effectively thickens formulations, acts as an emulsifier, and stabilizes mixtures to prevent ingredient separation.
Cosmetics: In cosmetics, Xanthan gum is utilized for creating water gels and improving the stability of oil-in-water emulsions, facilitating droplet coalescence. It aids in binding formulations like toothpaste, ensuring product uniformity. Typically, it is employed in concentrations ranging from 0.1% to 2%.
Skin Care: Xanthan gum plays a crucial role in stabilizing the oil phase of creams and lotions, ensuring uniform delivery of active ingredients to the skin. Its high viscosity maintains insoluble ingredients in suspension within cosmetic formulations. Additionally, its shear thinning flow behavior allows for easy and uniform spreading of highly pigmented products such as liquid makeup.
Hair Care: In hair care products, Xanthan gum provides effective stabilization and suspension, improving the lathering quality of shampoos.

In summary, Xanthan gum contributes to the functionality, stability, an

Industrial Applications

Ceramics, Printing, Dyeing, Paint
Liquid Soap, Detergent, Toilet Cleaner
Foam Extinguishing Agent

It to adjust the setting time for concrete, ceramic glaze, and suspended solids. Xanthan gum holds high liquidity. You can control the excessive spraying through fog reduction to prevent the glaze from losing shape or sinking.

AINWIK: Revolutionizing industries through advanced Specialty Chemicals , where innovation meets sustainability for a greener and more efficient future.

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