D-Isopropanolamine (DIPA) has various areas of use in industrial processes due to its properties such as stability, binding capacity, and solvency.

What Is D-Isopropanolamine and What Is Its Chemical Formula?

D-Isopropanolamine is an organic compound belonging to the alkanolamine group, with the chemical formula C₃H₉NO and commonly abbreviated as DIPA. CAS No: 110-97-4.

What Are the Other Names of D-Isopropanolamine?

D-Isopropanolamine may be referred to by various names in different industrial contexts. These names may include terms such as DIPA, isopropanolamine, and 2-propanolamine.

DIPA has various names in different industrial contexts. Among them are terms such as DIPA, isopropanolamine, and 2-propanolamine. These different naming conventions may vary depending on the intended use and the sector.

How Is D-Isopropanolamine Produced?

D-Isopropanolamine is obtained from the reaction of isopropanol and ammonia. It is generally referred to as DIPA.

What Are the Physical and Chemical Properties of D-Isopropanolamine?

D-Isopropanolamine is found in liquid form and is generally light yellow in color. It is soluble in water. Chemically, it exhibits both alcohol and amine characteristics.

What Are the Areas of Use of D-Isopropanolamine?

D-Isopropanolamine has various functions in the chemical, pharmaceutical, paint, and varnish industries. DIPA can be used in resin production, in the pharmaceutical sector, in paint and varnish industries, as a pH regulator, and as a buffering agent in metalworking fluids.

  1. Resin Production: DIPA is used as a binding agent in resin production processes. This property plays an important role in the production of plastic and coating materials.
  2. Pharmaceutical Industry: As a component used in some pharmaceutical manufacturing processes, DIPA can be found in various applications in the pharmaceutical industry.
  3. Paint and Varnish Industry: DIPA can be used as a solvent and stabilizer in paint and varnish formulations. This contributes to improved quality and performance in paint production.
  4. Metalworking Fluids: DIPA can be used as a buffering agent in metalworking fluids. This application ensures the stabilization of cooling fluids and process fluids in the metalworking industry.
  5. Cosmetics and Personal Care Products: DIPA can be used in the formulation of some cosmetic and personal care products. It can especially function as a stabilizer in skin care products and shampoos.
  6. Chemical Intermediate: DIPA can be used as a chemical intermediate in many industrial processes. By being used in chemical syntheses and various reactions, it contributes to the production of different compounds.

D-Isopropanolamine (DIPA) is a substance generally used in water-based paint formulations in the paint industry.

  1. pH Adjuster: DIPA is used to regulate and adjust pH levels in paint formulations. This helps keep paint materials stable within the appropriate pH range and improves performance.
  2. Surfactant: By being added to paint formulations, DIPA can reduce surface tension. This can contribute to better wetting of the surface during paint application and to obtaining a smoother coating.
  3. Rheology Control: The addition of DIPA can help control the rheology of the paint material. This is important for regulating paint viscosity and ensuring ease of application.
  4. Preservative Role: DIPA can sometimes play a preservative role in paint formulations. It can especially be used to inhibit microorganism growth and extend the product's shelf life.
  5. Reaction Accelerator: In some paint applications, DIPA can help optimize drying time by increasing the reaction rate.
  6. Volatility Control: DIPA's volatility properties can contribute to the material drying quickly after paint application.
  7. Compatibilizer: It can help different components, such as pigments and resins, work together compatibly, enabling a homogeneous and high-quality coating.

What Factors Affect D-Isopropanolamine Prices?

The price of D-Isopropanolamine may change depending on factors such as the cost of raw materials used in its production, namely isopropanol and propylene, petroleum prices, production supply, and exchange rate fluctuations.

D-Isopropanolamine Sales

D-Isopropanolamine (DIPA) is supplied by Yeğenler Kimya, which specializes in supplying chemical materials to customers in various industries, in packages that are packaged in accordance with standards to meet industrial demands. You can get information and a quotation according to your request via the phone, email, or website on our site.