CAS NO:14024-17-0 Iron(II) Acetylacetonate/Ferrous Acetylacetonate

1. Pre-catalyst doping modification
2. Carbon-based anode catalytic pore formation
3. Composite electrode catalytic synthesis

1. Non-aqueous phase organic synthesis catalytic process
2. Mixing and processing of rubber and plastic products
3. Preparation process of solvent-based coatings / inks
4. Preparation process of metal organic precursor solutions

1. Non-aqueous phase organic synthesis catalytic process
2. Mixing and processing of rubber and plastic products
3. Preparation process of solvent-based coatings / inks
4. Preparation process of metal organic precursor solutions

They are precisely controlled within the range of 0.1% to 2.0%. Low addition amounts focus on heat stability, while high addition amounts also take into account the promotion of vulcanization and antioxidation. When there are no special requirements, the general proportion of 0.3% to 0.8% is preferred.

As a precursor for iron-based battery cathode materials, the core calcination process revolves around a three-stage design: low-temperature removal of organic ligands, medium-temperature crystal form reconstruction, and high-temperature crystallization and shaping. It must balance the need for no residual ligand decomposition, precise control of iron valence state, and uniformity of powder particle size/crystal form. Simultaneously, leveraging its low-temperature decomposition characteristic of 175~180℃, calcination energy consumption should be reduced.