Ferrocene

Ferrocene can be used as a rocket fuel additive, an antiknock agent for gasoline, a curing agent for rubber and silicone resins, and also as a UV absorber.

Ferrocene's vinyl derivatives can undergo olefin polymerization to obtain metal-containing polymers with carbon chain skeletons, which can be used as outer coatings for spacecraft. Ferrocene's smoke-suppressing and combustion-promoting effects were discovered early on, and it exerts this effect whether added to solid, liquid, or gaseous fuels, especially for hydrocarbons that produce a lot of smoke during combustion.

Its addition to gasoline provides excellent anti-knock properties, but its effectiveness is limited due to iron oxide deposition on spark plugs affecting ignition. Therefore, some researchers use iron removal mixtures to reduce iron deposition. When added to kerosene or diesel, the adverse effects are fewer because these engines do not use ignition systems. In addition to suppressing smoke and promoting combustion, it also promotes the conversion of carbon monoxide into carbon dioxide during combustion. In addition, ferrocene can increase combustion heat and power during combustion, thus achieving energy saving and reducing air pollution. Adding ferrocene to boiler fuel oil can reduce smoke generation and nozzle carbon deposits. Adding 0.1% to diesel fuel can reduce smoke by 30-70%, save fuel by 10-14%, and increase power by 10%. There are even more reports of ferrocene's use in solid rocket fuel, and it has even been used as a decelerating agent in pulverized coal. When using polymer waste as fuel, adding ferrocene can reduce smoke several times over, and it can also be used as a smoke-reducing additive for plastics.

Besides the above uses, iron(2+) dicyclopenta-2,4-dienide has other applications. As an iron fertilizer, it is beneficial for plant absorption, increasing the iron content of crops. Its derivatives can be used as pesticides. Ferrocene also has many industrial and organic synthesis applications. For example, its derivatives can be used as antioxidants for rubber or polyethylene, stabilizers for polyurea, catalysts for isobutylene methylation, catalysts for the decomposition of polymeric peroxides, and to increase the yield of para-chlorotoluene in toluene chlorination. In other applications, it can be used as a load-bearing additive for lubricating oils and an accelerator for grinding materials. Ferrocene derivatives are hydrophobic (or lipophilic), allowing them to pass easily through cell membranes and interact with various intracellular enzymes, DNA, RNA, and other substances, thus potentially serving as drugs for treating certain diseases.

1. Ferrocene derivatives are aromatic, readily undergoing substitution reactions, and possess a sandwich structure of a certain thickness, which prevents them from approaching the active sites of certain enzymes, resulting in strong selectivity.

2. Ferrocene derivatives exhibit good stability and low toxicity. Based on these properties, they possess physiological activities such as antitumor, bactericidal, insecticidal, anemia-treating, anti-inflammatory, plant growth-regulating, anti-ulcer, and enzyme-inhibiting effects, showing broad application prospects in biology, medicine, and microbiology.

3. Ferrocene can be used to synthesize intermediates for drugs such as D-alanine and ferrocene penicillin, and can also be used as a hematinic to treat iron-deficiency anemia.

Ferrocene is packaged in bag,cardboard drums and steel drums.

Packaging Specifications:

• 25 kg/bag, 24 mts/20ft container

Store in a cool, well-ventilated warehouse. Keep away from fire, heat sources, and static electricity. Avoid direct sunlight. Keep containers sealed. Store separately from oxidizers; do not mix with other substances. Equip with appropriate types and quantities of fire-fighting equipment. The storage area should be equipped with spill response equipment and suitable containment materials.

Avoid contact with oxidizers. This reagent is chemically stable and does not decompose below 400 °C. Heating above 400 °C decomposes it, releasing pungent and irritating fumes. It is not sensitive to air and moisture and does not readily react with acids or alkalis, but it is sensitive to oxidizers. Furthermore, avoid inhalation or skin contact; prolonged exposure can cause liver damage.

Hot Tags: ferrocene, China ferrocene manufacturers, suppliers, factory, liquid lithium methanolate, Ethyl acetylacetate, 1 Phenyl 1 3 eicosanedione, sodium methoxide solution 30 in methanol, C9H14N2S2, Copper II ethoxide