1. Catalysts and Additives

This is the core and traditional industrial application area of ​​acetylacetone iron.

* Petrochemical Industry: Petroleum cracking catalysts used to promote the cracking of petroleum macromolecules into more valuable chemicals.

* Fuel Industry: Fuel oil additives improve the lubricity and combustion performance of fuel oils, increasing combustion efficiency.

* Polymer Industry: Resin crosslinking agents and curing accelerators used to promote the crosslinking reaction of certain types of resins, accelerating the curing process.

* Rubber Industry: Rubber additives used as additives to improve certain properties of rubber.

* Organic Synthesis: Organic synthesis catalysts catalyze various reactions, such as carbon-carbon bond formation, addition reactions, and oxidation reactions.

2. New Material Precursors

This is an important development direction in scientific research and high-tech fields in recent years.

* Functional Nanomaterials: Precursors for synthesizing iron oxide (such as Fe₂O₃) nanoparticles used to prepare magnetic nanoparticles, biomedical materials, etc.

• Energy Materials
Battery electrode material precursors: Used for one-step synthesis of Fe₂O₃ and FeSe₂ nanoparticles loaded on carbon sheets to improve the lithium storage performance of lithium batteries.

• Composite and Coating Materials
Sol-gel method for preparing composite materials: Used as an iron source to prepare functional materials such as silica-iron oxide composite dry gels.

3. Other Functional Additives

• Colorants
Glass and ceramic coloring: Utilizing their red-orange properties, they provide color to glass and ceramic products.

• Photosensitizers
Plastic degradation photosensitizers: Can promote the degradation process of certain plastics under light irradiation.