Ferulic acid cAS 1135-24-6 is a phenolic acid. The purity is >99%.Both plant and synthetic sources are available

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Ferulic acid process flow chart：

1.Synthesis method

It is usually synthesized chemically using vanillic aldehyde and malonic acid as raw materials through a condensation reaction.

Vanillin + malonic acid → organic base catalysis → condensation reaction → complex salt → hydrochloric acid acidification → crude ferulic acid → ethanol recrystallization twice → refined ferulic acid → drying → crushing → packaging.

2. Fermentation method

Fermentation → Filter → Bleaching → Crystallized → Centrifugal → Drying → Sieving→ package

3. Ferulic acid can be obtained through microbial fermentation. This method requires the use of specific strains and good control of fermentation conditions, with high yields.

Ferulic Acid

As a phenolic plant component, ferulic acid has a strong antioxidant activity and has a great effect on human health. It can significantly increase the content of glutathione and nicotinamide adenine dinucleotide phosphate in irradiated cells, and exert a protective effect on irradiated endothelial cells.

Test	Specifications	Result
Assay by HPLC:	99%	99.39%
Appearance:	Fine light yellow crystal	Complies
Odor ＆ taste:	Characterstic	Complies
Mesh size:	100% pass 100 mesh	Complies
Extract solvent:	Water and ethanol	Complies
Loss on drying:	≤1.0%	0.37%
Residue on ignition:	≤1.0%	0.25%
Heavy metals:	≤4ppm	Complies
As:	≤2ppm
Microbiology
Total plate count:	﹤1000 cfu/g	28cfu/g
Molds ＆ Yeast:	﹤100 cfu/g	5 cfu/g
E.Coli:	Negative	Complies
Staphylococcus aureus:	Negative	Complies
Salmonella:	Negative	Complies
Conclusion:	Conform with specification,in house.

What does ferulic acid do for the skin?

Ferulic Acid can produce a variety of biological effects and has the following main effects:
1. Antioxidant effect: It is an effective antioxidant that can neutralize free radicals and prevent damage to cells and tissues. Therefore, it can protect the skin from harmful factors such as environmental pollution and ultraviolet rays from the source.
2. Anti -inflammatory effect: It has obvious anti -inflammatory effects, can inhibit inflammatory response and apoptosis, and has certain help for alleviating skin allergies, redness, swelling, itching and other symptoms.
3. Whitening and moisturizing effect: It can inhibit the production of melanin, reduce the production of stains and wrinkles, and also improve the skin's moisturizing ability and make the skin softer and smooth.
4. Anti -aging effect: It can promote the production of collagen, increase skin elasticity and firming, increase the gloss of the skin, thereby fighting aging to produce positive effects.
5. Promote wound healing effect: It can promote cell synthesis and accelerate the repair and healing process of wounds.
6. Sun protection effect: It can enhance the stability of other sunscreen ingredients, improve the sunscreen effect, and reduce the damage to the skin by ultraviolet rays. In short, it has a variety of effects that can play an important role in skin care, beauty, anti -aging, sun protection, etc.

Ferulic Acid

1. The field of pharmaceuticals: It can be used as antioxidants and anti -inflammatory agents, which has the effect of preventing cardiovascular disease, liver disease, stroke and other diseases. At the same time, Ferulic Acid can also promote the regeneration of nerve cells and have a certain protective effect on neurodegenerative diseases.
2. Food field: It can be used as a natural antioxidant, preservatives and food additives to extend the shelf life of food and improve the nutritional value of food.
3. Cosmetics field: It is widely used in the field of cosmetics. It can be used as whitening moisturizers, antioxidants and anti -aging agents, which has a good effect on reducing skin spots, fine lines and wrinkles.
4. The field of agriculture and animal husbandry: It can be used as feed additives to improve the growth rate and health of livestock poultry and livestock, and promote the growth and disease resistance of plants.
5. Biotechnology fields: It can also be used as raw materials for biological diesel, biological polymers and anticorrosive coatings. It has extensive application and development prospects in medicine, cosmetics, food, animal husbandry, agriculture, and biotechnology.

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