Imidazoline

HLH-105A is an advanced oil-soluble imidazoline stock solution derived from a modified oleic acid imidazoline intermediate. Hydrophobic groups are strategically incorporated into its molecular structure to enhance compatibility with gasoline and diesel, improve storage stability, and provide demulsifying properties. Compared to traditional oleic acid-based imidazoline corrosion inhibitors, BXH-105A offers superior corrosion protection, improved oil solubility, and excellent environmental performance.

HLH-105 is an advanced oil-soluble imidazoline stock solution derived from a modified oleic acid imidazoline intermediate. Hydrophobic groups are strategically incorporated into the molecular structure to enhance compatibility with gasoline and diesel, while significantly improving storage stability. Compared to traditional oleic acid-based imidazoline corrosion inhibitors, BXH-105 offers superior corrosion inhibition, better oil solubility, and improved environmental performance. Key features include:

HLH-102 is an alkaline organic intermediate with an alkyl imidazoline structure, synthesized from oleic acid and organic amine at temperatures above 220℃. It is an effective oil-soluble imidazoline corrosion inhibitor with excellent adsorption properties. The advanced synthesis process utilizes multi-step temperature control and water separation under catalytic conditions, achieving a high imidazoline cyclization rate. BXH-102 is easily soluble in solvents like diesel oil and mineral oils, but remains in a dispersed state in water. Its imidazoline ring structure strongly adheres to metal surfaces, forming a dense molecular film that transforms hydrophilic surfaces into hydrophobic ones, effectively preventing corrosion caused by CO₂, H₂S, HCl, and other acidic media.

HLH-101 water-soluble imidazoline (polyoxyethylene ether) stock solution is a high-performance, non-ionic surfactant. It is synthesized from oleic acid and organic amine at temperatures above 220 ℃, forming an oil-soluble hydroxyethyl imidazoline with an alkyl imidazoline structure. The addition of ethylene oxide (EO) further modifies the product. The synthesis process involves advanced multi-step temperature control under catalytic conditions, enhancing the formation of imidazoline rings and optimizing the molar ratio of EO addition. This ensures high water solubility while maintaining controlled EO polymerization, resulting in superior corrosion inhibition properties.

The product contains over 95% effective components, offering excellent water solubility. It is widely used in oil and natural gas extraction, refining processes, and surface treatment applications, serving as a highly effective corrosion inhibitor.