GfN-Selco Ferulic Acid Synthetic

1 of 3 products in this brand
GfN-Selco Ferulic Acid Synthetic is a synthesized form of ferulic acid, which naturally occurs in plants, primarily in seeds, leaves, and barks, either as a free acid or as an ester. It is typically synthesized via the Knoevenagel condensation of vanillin and malonic acid diethylester in the presence of secondary amines. Ferulic acid usually exists as the trans isomer and is water-soluble. When stored at room temperature, slow isomerization results in an equilibrium ratio of 23% cis and 77% trans. Ferulic acid is known for its multiactive and multifunctional effects.

INCI Name: Ferulic Acid

Ingredient Origin: Synthetic

Labeling Claims: Preservative-free, Stabilizers-free

Benefit Claims: Anti-Inflammatory, Antioxidant Properties, De-Odorizing, Sun Protection

Enhanced TDS

Identification & Functionality

INCI Name
Ingredient Origin
Manufactured By
Cosmetic Ingredients Functions
Molecular formula
C₁₀H₁₀O₄
Technologies
Product Families
Chemical Structure

GfN Ferulic Acid Synthetic - Chemical Structure - 1

Features & Benefits

Benefit Claims
Labeling Claims
Efficacy

By objective test methods Ferulic acid could demonstrate following mode of actions:

  • A sunscreen effect
  • A deodorant action
  • An antioxidative effectiveness
  • An anti-inflammatory effectiveness

1. A sunscreen effect: Ferulic acid and its esters like chemical sunscreen agents have a phenyl-2-propene structure that means, they have a vinylgroup at the benzene ring, which is strongly absorbing UV-light. By this absorption the stabilized phenoxy radical will be formed and later on a cis-trans-isomerization will occur. By this mode of action ferulic acid in barks, leaves and seeds is protecting the plant from the harmful rays of sunlight. Ferulic acid and their esters show a maximum of UV-absorption at 280nm and 340nm. By addition of 0.2 - 0.5 % Ferulic acid a sun protection factor of 3 - 5 can be achieved.

2. A deodorant effect: Deodorants may act as antimicrobials especially against those Gram-positive germs which may de- compose the sweat or they may inhibit the microbial enzymes, which ar finally responsible for the decom- position of the sweat. The minimal inhibition concentration MIC of Ferulic acid is 0.25 % for the Gram-positive germs and 0.37- 0.45 % for the Gram-negative strains.

3. An antioxidative effectiveness: An addition of Ferulic acid is able to prevent the de- velopment of radicals started by oxygen and UV-ra- diation. Each reactive radical Lx or L-O-O-x (lipoper- oxyl radical) which might get contact with a molecule of ferulic acid abstracts a hydrogen atom from the phenolic group of ferulic acid. A phenoxyradical is generated, which shows a high resonance stabilization. Therefore ferulic acid is ap- proved as an antioxidant agent in cosmetics and in food. Ferulic acid and amino acids or dipeptides form mixtures with synergistic antioxidative effects against peroxidation of unsaturated fatty acids and fats of all kind.

GfN Ferulic Acid Synthetic - Efficacy - 1

4. An anti-inflammatory effectiveness The effect of many anti-inflammatory agents is based on their influence on mediators of inflammable reactions. Oxygen radicals belong to these mediators. The anti-inflammatory effectiveness of ferulic acid is based on its antioxidative potential. It is proved by the caragenin model at the paws of rats. It is also easy to explain that Ferulic acid is able to interfere in the cycles which is responsible for forming dandruff. The effect against itching, which is mentioned in a patent, may be explained by the anti-inflammatory effectiveness of ferulic acid.

Applications & Uses

Markets
Applications
Application Format
Color Cosmetic Applications
Skin Care Applications
Sun Care Applications
Application Information

Ferulic acid is useful as a multiactive ingredient in

  • Sunblock preparations
  • Skin care products like day creams, lipsticks, after shaves
  • Hair care products

Properties

Physical Form
Appearance
Slight yellow powder
Typical Properties
ValueUnitsTest Method / Conditions
Ash Content (na-sulphate)max. 0.1%-
Melting Point170 - 175°C-
Arsenic Contentmax. 3ppm-
Heavy Metals Content (as Pb)max. 10ppm-
Loss on Dryingmax. 5%-
Assay Content (ferulic acid)max. 90%-
SDS Physical and Chemical Properties
ValueUnitsTest Method / Conditions
Solid Content100%-
Solvents0%-
Oxidising PropertiesNot oxidising--
Explosive PropertiesThe product is considered non-explosive nevertheless explosive dust/air mixture can be generated--
Auto Ignition TemperatureThe product is not self-igniting--
Melting Point170 - 172°C-
OdorCharacteristic--
AppearanceWater White to yellow crystalline powder--
Partially soluble inWater (at 20°C)--
Application Properties
ValueUnitsTest Method / Conditions
Sunscreen Effect0.1 - 0.2%-
Antioxidative Effectiveness0.1 - 0.2%-
Solubility

Ferulic acid synthetic is soluble in natural oils up to 0.2 %, warming the oils to 50°C and adding some solubilizers (Ethanol, PEG-40) you can dissolve even 0.5 % Ferulic acid synthetic.

Safety & Health

Toxicology

The toxicological and pharmacological properties of ferulic acid have been intensively studied - above all in Japan- before approval as an antioxidant agent for food. Neither the oral or the dermal application of ferulic acid caused any significant acute or chronically side effects.

Storage & Handling

Shelf Life
2 years
Storage Information

GfN Ferulic Acid Synthetic should be stored at tempera- tures below 30°C. The product should not be radi- ated by sunlight or UV-light during hours. In closed containers the storage stability is two years.