Pure Phenethyl Alcohol CAS 60-12-8

1. Application of essence and fragrance

1.1 Edible essence
As an edible spice, it plays a crucial role in the food industry. Its unique rose aroma makes it a key ingredient for modulating various flavors such as fruit, honey, caramel, cream, and more. In the production of beverages, candies, baked goods, desserts and other products, the addition of phenylethanol can significantly enhance the flavor and taste of the products. For example, in chewing gum, the amount of phenylethanol added is usually controlled at 21-80mg/kg to bring a long-lasting rose aroma to the product;

In baked goods, its dosage is about 16mg/kg, which can give bread, cakes and other baked goods a more enticing aroma; In candies and cold drinks, the dosage of phenylethanol is controlled at around 12mg/kg and 8.3mg/kg respectively, providing consumers with a pleasant taste experience.

It is even more indispensable in the preparation of rose scented food additives. As the main raw material of rose flavor essence, phenylethyl alcohol has a soft and lasting aroma, which can well simulate the aroma of natural roses and add a touch of romance to food.

In addition, phenylethyl alcohol can also be mixed with other spices to produce a variety of fruit flavors such as strawberry, peach, plum, melon and other edible essence to meet consumers' needs for diversified tastes.

1.2 Tobacco essence
In the tobacco industry, it also plays an important role. As one of the components of cigarette essence, it can endow tobacco products with unique aroma characteristics and enhance the sensory experience of smokers. The rose aroma blends with the burnt aroma of tobacco, creating a unique charm that makes tobacco products more competitive in the market.

1.3 Daily chemical essence
Daily chemical essence is another major application field of phenylethanol, and its demand accounts for more than 97%. In the production of soap, bath gel, cosmetics and other daily chemical products, it is widely used to make rose, jasmine, clove and other floral essence. Its aroma is soft and long-lasting, and can blend well with the matrix of daily chemical products, bringing consumers a pleasant user experience.

In soap, the addition of benzyl alcohol not only gives the product a unique aroma, but also has a certain preservative effect.

Because phenylethyl alcohol is stable to alkali and insoluble in water, it is particularly suitable for the modulation of soap essence. In cosmetics, phenylethanol is often used as a essence ingredient to add a touch of charming rose fragrance to face cream, lotion, shampoo and other products.

2. Application in the field of daily chemical products

2.1 Soap and shower gel
In the production of soap and shower gel, it is widely used as a essence ingredient. Its unique rose aroma can give the product a fresh scent and enhance the consumer experience.

At the same time, it also has certain antibacterial properties, which can inhibit the growth of bacteria to a certain extent and extend the shelf life of the product. In the soap, adding it can also improve the texture and foam performance of the product, making the soap easier to wash and leave no residue.

2.2 Cosmetics
In the field of cosmetics, pure phenethyl alcohol is also widely used. In addition to being a component of essence, phenylethanol also has certain moisturizing, softening and antibacterial properties.

Adding face cream, lotion and other skin care products can improve the moisture and comfort of the product; In hair products such as shampoo and conditioner, they can give hair a fresh aroma and have a certain antibacterial effect. In addition, it can also be used to manufacture lipstick, eye shadow and other cosmetics products, adding unique fragrance and texture to the products.

2.3 Antibacterial agents and preservatives

Due to its excellent antibacterial properties, it is often used as an antibacterial agent and preservative in cosmetics, pharmaceuticals, and personal care products. In cosmetics, the addition of phenylethanol can effectively inhibit the growth of microorganisms and extend the shelf life of products; In pharmaceuticals, it can be used as a preservative to ensure the stability and safety of the drug. In addition, it can also be used to manufacture personal care products with antibacterial properties, such as antibacterial hand sanitizers, antibacterial wipes, etc.

3. Applications in the field of medicine

3.1 Disinfectants and Preservatives
In the field of medicine, antibacterial properties have been fully utilized. As a broad-spectrum disinfectant, it can effectively inhibit the growth and reproduction of various bacteria, fungi, and viruses. In hospitals and laboratories, it is often used for disinfecting utensils, surgical instruments, medical equipment, and wards to ensure a strict sterile environment. At the same time, it can also be used as a preservative added to drugs to extend their shelf life and ensure their quality and safety.

3.2 Antibacterial agents and drug components
In addition to being used as disinfectants and preservatives, it can also be added as an antibacterial agent in medical dressings and medical devices. Its ability to inhibit microbial growth can provide long-lasting antibacterial protection for wounds and promote wound healing. In addition, it is also an important ingredient in some topical ointments, eye drops, and oral disinfectants. Adding these drugs can enhance their antibacterial effect and improve the patient's experience.

3.3 Auxiliary drugs and drug solvents
In recent years, research has found that it has a certain auxiliary effect in tumor treatment. As an adjuvant drug, it can enhance the anti-tumor effect of chemotherapy drugs and reduce their side effects. In addition, it can also be used as a solvent for preparing some drugs and vaccines to enhance their stability and solubility. In drug formulations, adding ingredients that can improve the taste and texture of the medication and enhance patient compliance.

4. Application in the field of food

4.1 Flavor Enhancers
In the food industry, it is widely used as a flavor enhancer. Its unique rose aroma can significantly enhance the flavor and taste of food. In the production of alcoholic products such as black walnuts, white wine, and red wine, adding layers of aroma that can give the products a richer flavor profile; In seasonings such as sweet basil and mint, a refreshing scent can be added; Adding it to vegetable products such as walnut pumpkin and fava beans can enhance the overall flavor of the product and make it more tempting.

4.2 Natural Flavors and Additives
With the increasing demand for natural products from consumers, the application of natural flavors in the food industry is becoming more and more widespread. It naturally exists in various aromatic oils such as rose oil and orange blossom oil, making it a natural spice with higher safety and acceptance. In terms of food additives, it is also widely used to prepare various essence and spices to meet the needs of the food industry for diversified tastes.

5. Applications in other fields

5.1 Solvent and diluent
As an effective solvent, it can dissolve many organic substances. In industries such as paint, coatings, and inks, it is often used as a solvent or diluent to adjust the viscosity and flowability of products. At the same time, during the preparation of spices and essence, it can also be used as a solvent to dissolve other spice ingredients to form a uniform essence solution.

5.2 Ingredients of Eye Drops
Due to its excellent antibacterial properties and non irritating to the eyes, it is often used as one of the ingredients in eye drops. In eye drops, the addition of phenylethanol can effectively inhibit bacterial growth and protect the eyes from infection. At the same time, it can also be compatible with other ingredients in eye drops and improve the overall quality of eye drops.

6. Applications in the field of chemical synthesis

6.1 Organic synthesis raw materials
Pure phenethyl alcohol is one of the important raw materials for synthesizing other organic compounds. Through different chemical reaction pathways, phenylethanol can be converted into various organic compounds such as ethers, esters, aldehydes, etc. These compounds have wide application value in various fields such as medicine, pesticides, dyes, etc.

For example, in the field of medicine, it can be used to synthesize drug molecules with antibacterial, anti-inflammatory and other activities; In the field of pesticides, phenylethanol can be used to synthesize pesticide molecules with insecticidal and herbicidal activities.

6.2 Microreaction Flow Technology Synthesis
With the continuous development of chemical synthesis technology, microreactor technology has been widely used in the synthesis of phenylethanol. Compared with traditional synthesis processes.

Microreactor technology has the advantages of high mass and heat transfer efficiency, short reaction time, and fewer side reactions. In micro reaction flow technology, the synthesis of phenylethanol can be completed in a very short time, and the reaction heat can be instantly exchanged with the cooling medium to reduce the occurrence of side reactions. This technology not only improves synthesis efficiency but also reduces production costs and meets the requirements of green chemistry.