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Cinnamic aldehyde
Category：
keyword：
Cinnamic aldehyde
Product name：Cinnamic aldehyde
Synonyms：Cinnamaldehyde
FEMA：2286
CAS：104-55-2
MF：C9H8O
MW：132.16
ASSAY：99%
Package：210kg/Plastic Drum
Product name：Cinnamic aldehyde
Synonyms：Cinnamaldehyde
CAS No：104-55-2
FEMA：2286
MF：C9H8O
MW：132.16
Relative density：1.046-1.052(g/mL, 20/4 ℃)
Melting point：- 7.5 ℃
Boiling point：253 ℃
Acid value：≤ 1.0
Refractive index：1.619-1.623(20 ℃)
Water solubility：insoluble in water
Appearance：light yellow liquid
ASSAY：99%
Package：210kg/Plastic Drum or 25kg
Solubility：insoluble in water, glycerin and petroleum ether, but soluble in alcohol and ether. It can volatilize with water vapor.
Stability：unstable in strong acidic or alkaline media, easy to cause discoloration and easy to oxidize in air.
Storage method: sealed, ventilated, dry, away from fire, etc.
Use: feed replace antibiotics plant essential oil; flavors and fragrances;Petroleum additives; Pharmaceutical intermediates; Chemical applications.
1. Feed replace antibiotics plant essential oil. Bacteriostatic mechanism: there is an aldehyde group (CHO) in cinnamaldehyde molecule. Aldehyde group is a hydrophilic group, which is easily adsorbed by the hydrophilic group on the surface of bacteria and penetrates into the cell wall, destroying the polysaccharide structure of the cell wall of bacteria and fungi, thus exerting the bacteriostatic effect. Advantage: Cinnamaldehyde has good anti-mildew and bacteriostasis effect and can promote gastric juice secretion. It can prevent digestive ulcer and enhance digestive function by preventing digestive enzyme from eroding digestive tract mucosa and accelerating blood flow rate of digestive tract mucosa. It can improve the appetite and palatability of animals.
2. Pharmaceutical intermediates. Sterilization, disinfection and antisepsis, especially for fungi. Anti-ulcer, strengthen stomach and intestinal movement. Lipolysis. Antiviral effect. Vascular dilation and hypotensive effect. It is often used in external medicine and synthetic medicine.
3. Chemical industry. Organic chemical synthesis. For synthesis α— Bromo cinnamaldehyde, cinnamic acid, cinnamic alcohol, cinnamonitrile and other products. In industry, it can also be made into color reagent and experimental reagent. Insecticide, mosquito repellent, refrigerator deodorant, fresh-keeping agent, etc.
4.Flavors and fragrances. Cinnamaldehyde, as an aromatic compound of hydroxy acid, has a good fragrance holding effect. It is used as a flavoring material in flavoring to make the main flavor more fragrant. Because its boiling point is higher than other organic compounds with similar molecular structure, it is often used as a fixative. It is commonly used in soap essence, and can be used to make gardenia, jasmine, lily of the valley, rose and other essence. It can be used in apple, cherry, and fruit in food flavors.
5. Petroleum additives. Bactericide for oilfield water injection. Aldehydes are a kind of commonly used fungicides with good bactericidal effect. It mainly includes: formaldehyde isobutyraldehyde, acrolein, cinnamaldehyde, benzaldehyde, glyoxal, glutaraldehyde, etc. Its bactericidal group is aldehyde group. The polarity effect of aldehyde group (- CHO) makes the aldehyde carbon with positive charge, and the aldehyde oxygen with negative charge. The aldehyde undergoes nucleophilic addition reaction between the carbon with positive charge and the amine group (- NH -) with lone pair electron (the amino group of bacterial protein) or the thio group (- SH) (the thio group of bacterial enzyme system), which makes the bacteria lose the ability to replicate, causes the metabolic system disorder, and achieves the purpose of sterilization.
Product name：Cinnamic aldehyde
Synonyms：Cinnamaldehyde
CAS No：104-55-2
FEMA：2286
MF：C9H8O
MW：132.16
Relative density：1.046-1.052(g/mL, 20/4 ℃)
Melting point：- 7.5 ℃
Boiling point：253 ℃
Acid value：≤ 1.0
Refractive index：1.619-1.623(20 ℃)
Water solubility：insoluble in water
Appearance：light yellow liquid
ASSAY：99%
Package：210kg/Plastic Drum or 25kg
Solubility：insoluble in water, glycerin and petroleum ether, but soluble in alcohol and ether. It can volatilize with water vapor.
Stability：unstable in strong acidic or alkaline media, easy to cause discoloration and easy to oxidize in air.
Storage method: sealed, ventilated, dry, away from fire, etc.
Use: feed replace antibiotics plant essential oil; flavors and fragrances;Petroleum additives; Pharmaceutical intermediates; Chemical applications.
1. Feed replace antibiotics plant essential oil. Bacteriostatic mechanism: there is an aldehyde group (CHO) in cinnamaldehyde molecule. Aldehyde group is a hydrophilic group, which is easily adsorbed by the hydrophilic group on the surface of bacteria and penetrates into the cell wall, destroying the polysaccharide structure of the cell wall of bacteria and fungi, thus exerting the bacteriostatic effect. Advantage: Cinnamaldehyde has good anti-mildew and bacteriostasis effect and can promote gastric juice secretion. It can prevent digestive ulcer and enhance digestive function by preventing digestive enzyme from eroding digestive tract mucosa and accelerating blood flow rate of digestive tract mucosa. It can improve the appetite and palatability of animals.
2. Pharmaceutical intermediates. Sterilization, disinfection and antisepsis, especially for fungi. Anti-ulcer, strengthen stomach and intestinal movement. Lipolysis. Antiviral effect. Vascular dilation and hypotensive effect. It is often used in external medicine and synthetic medicine.
3. Chemical industry. Organic chemical synthesis. For synthesis α— Bromo cinnamaldehyde, cinnamic acid, cinnamic alcohol, cinnamonitrile and other products. In industry, it can also be made into color reagent and experimental reagent. Insecticide, mosquito repellent, refrigerator deodorant, fresh-keeping agent, etc.
4.Flavors and fragrances. Cinnamaldehyde, as an aromatic compound of hydroxy acid, has a good fragrance holding effect. It is used as a flavoring material in flavoring to make the main flavor more fragrant. Because its boiling point is higher than other organic compounds with similar molecular structure, it is often used as a fixative. It is commonly used in soap essence, and can be used to make gardenia, jasmine, lily of the valley, rose and other essence. It can be used in apple, cherry, and fruit in food flavors.
5. Petroleum additives. Bactericide for oilfield water injection. Aldehydes are a kind of commonly used fungicides with good bactericidal effect. It mainly includes: formaldehyde isobutyraldehyde, acrolein, cinnamaldehyde, benzaldehyde, glyoxal, glutaraldehyde, etc. Its bactericidal group is aldehyde group. The polarity effect of aldehyde group (- CHO) makes the aldehyde carbon with positive charge, and the aldehyde oxygen with negative charge. The aldehyde undergoes nucleophilic addition reaction between the carbon with positive charge and the amine group (- NH -) with lone pair electron (the amino group of bacterial protein) or the thio group (- SH) (the thio group of bacterial enzyme system), which makes the bacteria lose the ability to replicate, causes the metabolic system disorder, and achieves the purpose of sterilization.
Product name：Cinnamic aldehyde
Synonyms：Cinnamaldehyde
CAS No：104-55-2
FEMA：2286
MF：C9H8O
MW：132.16
Relative density：1.046-1.052(g/mL, 20/4 ℃)
Melting point：- 7.5 ℃
Boiling point：253 ℃
Acid value：≤ 1.0
Refractive index：1.619-1.623(20 ℃)
Water solubility：insoluble in water
Appearance：light yellow liquid
ASSAY：99%
Package：210kg/Plastic Drum or 25kg
Solubility：insoluble in water, glycerin and petroleum ether, but soluble in alcohol and ether. It can volatilize with water vapor.
Stability：unstable in strong acidic or alkaline media, easy to cause discoloration and easy to oxidize in air.
Storage method: sealed, ventilated, dry, away from fire, etc.
Use: feed replace antibiotics plant essential oil; flavors and fragrances;Petroleum additives; Pharmaceutical intermediates; Chemical applications.
1. Feed replace antibiotics plant essential oil. Bacteriostatic mechanism: there is an aldehyde group (CHO) in cinnamaldehyde molecule. Aldehyde group is a hydrophilic group, which is easily adsorbed by the hydrophilic group on the surface of bacteria and penetrates into the cell wall, destroying the polysaccharide structure of the cell wall of bacteria and fungi, thus exerting the bacteriostatic effect. Advantage: Cinnamaldehyde has good anti-mildew and bacteriostasis effect and can promote gastric juice secretion. It can prevent digestive ulcer and enhance digestive function by preventing digestive enzyme from eroding digestive tract mucosa and accelerating blood flow rate of digestive tract mucosa. It can improve the appetite and palatability of animals.
2. Pharmaceutical intermediates. Sterilization, disinfection and antisepsis, especially for fungi. Anti-ulcer, strengthen stomach and intestinal movement. Lipolysis. Antiviral effect. Vascular dilation and hypotensive effect. It is often used in external medicine and synthetic medicine.
3. Chemical industry. Organic chemical synthesis. For synthesis α— Bromo cinnamaldehyde, cinnamic acid, cinnamic alcohol, cinnamonitrile and other products. In industry, it can also be made into color reagent and experimental reagent. Insecticide, mosquito repellent, refrigerator deodorant, fresh-keeping agent, etc.
4.Flavors and fragrances. Cinnamaldehyde, as an aromatic compound of hydroxy acid, has a good fragrance holding effect. It is used as a flavoring material in flavoring to make the main flavor more fragrant. Because its boiling point is higher than other organic compounds with similar molecular structure, it is often used as a fixative. It is commonly used in soap essence, and can be used to make gardenia, jasmine, lily of the valley, rose and other essence. It can be used in apple, cherry, and fruit in food flavors.
5. Petroleum additives. Bactericide for oilfield water injection. Aldehydes are a kind of commonly used fungicides with good bactericidal effect. It mainly includes: formaldehyde isobutyraldehyde, acrolein, cinnamaldehyde, benzaldehyde, glyoxal, glutaraldehyde, etc. Its bactericidal group is aldehyde group. The polarity effect of aldehyde group (- CHO) makes the aldehyde carbon with positive charge, and the aldehyde oxygen with negative charge. The aldehyde undergoes nucleophilic addition reaction between the carbon with positive charge and the amine group (- NH -) with lone pair electron (the amino group of bacterial protein) or the thio group (- SH) (the thio group of bacterial enzyme system), which makes the bacteria lose the ability to replicate, causes the metabolic system disorder, and achieves the purpose of sterilization.
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