Flavor White Crystal Aroma Powder Bulk Spices Vanillin CAS: 121-33-5

Vanillin is an organic compound with the molecular formula C ₈ H ₈ O ₃ , featuring a rich vanilla aroma. It is a widely used synthetic flavoring agent globally, applied in food, cosmetics, pharmaceuticals, etc., and also serves as an intermediate for synthesizing fine chemicals.

(1) Food industry: Used in ice cream, chocolate, baked goods, etc., to add vanilla flavor; also serves as a corrigent to improve the taste of pharmaceuticals.

(2) Daily chemicals & cosmetics: Added to perfumes and skin care products to give them pleasant scents.

(3) Industrial synthesis: Acts as an intermediate for preparing fine chemicals, playing an important role in the chemical industry.

(4) Tobacco industry: Used as a flavor enhancer in cigarette production to improve the smell and taste of tobacco products.

(5) Feed additives: Added to animal feed in small amounts, enhancing livestock appetite and promoting feeding through its aroma.

(1) Flavor Enhancement: With its rich vanilla aroma, it adds flavor to foods (such as ice cream and baked goods), tobacco, etc., and improves taste.

(2) Taste Correction: As a corrigent, it reduces the unpleasant taste of pharmaceuticals and enhances their acceptability for consumption.

(3) Fragrance Addition in Daily Chemicals: Used in perfumes and skin care products to endow them with pleasant scents and enhance the user experience.

(4) Industrial Synthesis: Serving as an intermediate in the synthesis of fine chemicals, it plays an important role in the chemical industry.

(5) Antibacterial & Antioxidant Properties: Vanillin acts as a natural bacteriostatic agent, inhibiting the growth of various bacteria (such as E. coli) and yeasts. Meanwhile, its oxidation product vanillic acid can accelerate free radical scavenging, exhibiting antioxidant effects. This helps significantly extend the shelf life of oily foods and mask their rancid odor.

(6) Food Component Stabilization: The network-like chitosan microspheres formed by the reaction of vanillin with chitosan can encapsulate resveratrol, aiding in controlling its release. Additionally, the condensation product of vanillin with amino groups has the ability to chelate metal ions, effectively enhancing the stability of its encapsulated substances.