Isopropanolamines (IPAAs): Essential Amino Alcohols for Modern Industry

Explore the Versatile Applications of Isopropanolamines in Gas Treatment, Surfactants, Cement Additives, and More

What Are Isopropanolamines?

Isopropanolamines (IPAAs) are a group of organic compounds formed by the reaction of isopropanol (isopropyl alcohol) with amines such as ammonia, monoethanolamine, or diethanolamine. These compounds combine the chemical functionality of both alcohols and amines, offering unique solubility and reactivity characteristics.

There are several commercial types of isopropanolamines, including:

• Mono-isopropanolamine (MIPA)

• Di-isopropanolamine (DIPA)

• Tri-isopropanolamine (TIPA)

Each type differs in the number of isopropanol units and is selected based on the specific requirements of the application.

Key Industrial Applications of Isopropanolamines

1. Gas Sweetening in Oil & Gas Industry

One of the most critical applications of IPAAs, particularly DIPA, is in natural gas treatment. IPAAs are used to remove acidic gases like CO₂ and H₂S from natural gas streams. Their low vapor pressure and strong solubility in water make them ideal for amine gas treating units (AGTUs).

Keywords: DIPA for gas sweetening, acid gas removal, amine-based gas treatment

2. Cement Grinding Aids

TIPA is widely used in the cement industry as a grinding aid and strength enhancer. It helps:

• Prevent the agglomeration of cement particles during grinding

• Improve early and final compressive strength

• Reduce energy consumption and improve efficiency

This makes TIPA an essential additive for modern cement production, especially for low-clinker, sustainable cement formulations.

Keywords: TIPA cement additive, grinding aid for cement, strength enhancer

3. Surfactant and Detergent Manufacturing

IPAAs are also key intermediates in producing non-ionic and amphoteric surfactants, often used in:

• Liquid laundry detergents

• Dishwashing liquids

• Personal care formulations (e.g., shampoos, body wash)

Their ability to act as pH adjusters, solubilizers, and emulsifiers makes them highly valuable for formulators in the home and personal care industry.

Keywords: isopropanolamine surfactant, detergent formulation aid, emulsifying amine

4. Corrosion Inhibitors and Metal Treatment

IPAAs can form salts with organic acids, which are then used as corrosion inhibitors in:

• Industrial water treatment systems

• Coolants and anti-freeze products

• Metal cleaning solutions

MIPA and DIPA in particular are popular in formulations targeting mild steel and other alloy surfaces.

Advantages of Isopropanolamines

✅ Excellent Water Solubility
✅ Low Volatility and Stable at High pH
✅ Bi-functional — Amine and Alcohol Groups
✅ Available in Multiple Grades
✅ Cost-Effective for Large-Scale Formulation

Their chemical versatility enables cross-industry use, from petrochemicals to consumer goods.

Packaging & Supply Details

Our isopropanolamines are available in:

• 200L drums / 1000L IBC totes

• ISO tanks for bulk orders

• Custom labeling and palletization available upon request

We supply high-purity grades suitable for industrial applications with complete COA, MSDS, and REACH registration support.

Export Markets: Southeast Asia, Eastern Europe, Middle East, South America
Monthly Capacity: 500–1000 MT/month, ensuring stable and fast delivery

Why Choose Us as Your IPAA Supplier?

• ✔ Factory-direct pricing with stable quality

• ✔ Support for custom grades and mixtures

• ✔ Full documentation & technical data sheets

• ✔ Fast delivery & flexible logistics

Whether you're a cement manufacturer, a gas treatment plant, or a chemical formulator, our isopropanolamines offer the performance and consistency your process demands.

Get a Quote or Sample Today

Interested in MIPA, DIPA, or TIPA? Contact our sales team for a technical consultation, quotation, or free sample:

Email: sales01@xzhch.com
Website: www.syxzhch.com

MOQ: From 1 drum (sample orders accepted)
Customs documentation support for all major markets