CMIPA Cocamide mipa CAS 125590-73-0

(CMIPA Cocamide mipa CAS 125590-73-0)

Overview of CMIPA Cocamide Mipa

CMIPA Cocamide MIPA is a specific amide compound synthesized by a chemical reaction between coconut oil fatty acids and methyl isothiazolinone (MIPA). It belongs to non-ionic surfactants and has unique chemical structures and properties. The main characteristic of this compound lies in the lipophilic and hydrophilic parts of its molecular structure, which enable it to play a crucial role at the oil-water interface, promote oil-water mixing, and form a stable emulsion. In addition, CMIPA Cocamide MIPA also exhibits good chemical stability and can maintain its performance under different environmental conditions. CMIPA Cocamide MIPA is an amide compound with a specific chemical structure and properties. It plays an important role in oil-water mixing and emulsion formation, but its application needs to consider its impact on the skin.

Features of CMIPA Cocamide Mipa

Chemical structure: CMIPA Cocamide MIPA is a compound synthesized by acylation reaction of coconut oil fatty acids and methyl isothiazolinone (MIPA), with a unique chemical structure.

Amphiphilicity: This compound combines oleophilic and hydrophilicity and can form a stable emulsion at the oil-water interface, demonstrating excellent emulsifying performance.

Stability: CMIPA Cocamide MIPA exhibits good chemical stability under different environmental conditions, and can maintain its surface activity over a large range of pH and temperature.

Safety: Although CMIPA Cocamide MIPA may cause skin sensitivity in certain applications, it is generally considered a relatively safe compound under appropriate usage conditions.

Multifunctionality: Besides serving as an emulsifier, CMIPA Cocamide MIPA has potential lubrication and anti-static properties, making it suitable for multiple fields.

Synthesis requirements: The synthesis of CMIPA Cocamide MIPA requires precise control of reaction conditions to ensure the purity and performance of the product, which is of great significance for practical applications.

Application of CMIPA Cocamide Mipa

Cosmetics: CMIPA Cocamide MIPA is commonly used as an emulsifier in cosmetics, which helps to mix oil and water to form a uniform texture, improving product stability and user experience.

Application of CMIPA cocamide mipa

Personal care products: In personal care products such as shampoo, shower gel, etc., CMIPA Cocamide MIPA also plays an emulsifying role, helping to form a stable emulsion while improving the lubrication and user experience of the product.

Application of CMIPA cocamide mipa

Textile additives: In the textile industry, CMIPA Cocamide MIPA can improve fabrics' lubrication and anti-static properties and enhance the processing performance and wearing comfort of fabrics.

Application of CMIPA cocamide mipa

Industrial applications: Besides cosmetics and textiles, CMIPA Cocamide MIPA may also be used in other industrial fields, such as oilfield chemistry, coatings, and inks, as surfactants or additives.

Emulsion preparation: Due to its excellent emulsifying performance, CMIPA Cocamide MIPA has potential application value in preparing various emulsion products, such as food emulsions, pesticide emulsions, etc.

Scientific research: In chemistry, physics, and biological sciences, CMIPA Cocamide MIPA can be used as a model compound or surfactant to explore scientific issues such as interface phenomena and colloidal stability.

Company Profile

NANOTRUN(www.rboschco.com) is a trusted global chemical material supplier & manufacturer with over 12-year-experience in providing super high-quality chemicals and nanomaterials, including boride powder, nitride powder, graphite powder, sulfide powder, 3D printing powder, etc.

The company has a professional technical department and Quality Supervision Department, a well-equipped laboratory, and equipped with advanced testing equipment and after-sales customer service center.

If you are looking for high-quality CMIPA cocamide mipa, please feel free to contact us or click on the needed products to send an inquiry. 

Payment Term

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment Term

By sea, by air, by express, as customers request.

FAQ

Q1

What type of compound is CMIPA Cocamide MIPA?

Answer:CMIPA Cocamide MIPA is an amide compound synthesized through a chemical reaction between coconut oil fatty acids and methyl isothiazolinone (MIPA). It belongs to non-ionic surfactants with amphiphilicity and can play a critical role at the oil-water interface.

Q2

What is the main role of CMIPA Cocamide MIPA in cosmetics?

Answer:In cosmetics, CMIPA Cocamide MIPA is mainly used as an emulsifier, which can promote oil-water mixing and form a stable emulsion, thereby improving the texture and user experience of the product. In addition, it may also have lubrication and anti-static properties, further improving the performance of cosmetics.

Q3

What factors need to be noted in the synthesis process of CMIPA Cocamide MIPA?

Answer:In the synthesis process of CMIPA Cocamide MIPA, attention should be paid to factors such as reaction temperature, pressure, catalyst selection, and raw material ratio. These factors may all affect the purity and performance of the product. CMIPA Cocamide MIPA with better performance can be obtained by optimizing the synthesis conditions.

Q4

Is CMIPA Cocamide MIPA safe for all skin types?

Answer:Although CMIPA Cocamide MIPA is widely used in cosmetics, it contains ingredients that may cause skin sensitivity. Therefore, special caution may be required for certain populations, especially those with sensitive skin, when using products containing CMIPA Cocamide MIPA. Skin testing should be conducted before use to ensure it does not cause discomfort.

Q5

What are the advantages of CMIPA Cocamide MIPA compared to other surfactants?

Answer:Compared with other surfactants, CMIPA Cocamide MIPA has the advantage of its unique chemical structure and properties. It can form stable emulsions at the oil-water interface and has good chemical stability and versatility. In addition, it also has potential lubrication and anti-static properties, making it more advantageous in certain applications.