Ferrocene
English alias: Dicyclopentadiene iron
CAS RN: 102-54-5
As a specialized product from a trusted ferrocene supplier, ferrocene powder functions primarily as a combustion enhancer and catalytic agent. It targets manufacturers and chemical processors requiring reliable, stable substances to improve fuel efficiency and reaction rates. The material is engineered for integration into fuel formulations and synthetic chemical processes, enabling industries such as automotive fuel production and advanced materials synthesis to meet stringent performance and emission standards. Our product meets the operational demands for additives that optimize combustion conditions and catalytic reactions, supporting industry needs for efficiency and environmental compliance.
ferrocene powder from our ferrocene manufacturer exhibits a purity of ≥98.5%, with a molecular formula Fe(C5H5)2 that ensures consistency in chemical performance. It remains thermally stable with a boiling point of approximately 249℃ and sublimation at 100℃, supporting high-temperature applications without decomposition. The powder demonstrates strong ultraviolet absorbance, aiding stability under varied environmental conditions. Additional measurable parameters include controlled particle size distribution with ≥87% pass rate on an 80 mesh sieve and regulated free iron content ≤200 ppm. Packaging formats are industry-standard 25 kg bags or drums, maintaining material integrity during storage and transport.
The inherent properties of ferrocene powder enable widespread use as a ferrocene combustion catalyst and ferrocene fuel additive. In fuel industries, it acts to improve burn rates, reduce black smoke emissions, and enhance engine performance by increasing octane ratings and preventing knocking. Chemical synthesis sectors utilize it as a catalyst for carbon nanotube production and other advanced reactions. Additional fields include battery manufacturing, sensors, and eco-friendly pyrotechnics, where the additive contributes to combustion control and emission reduction. This versatility ensures measurable operational improvements and compliance with global environmental regulations in diverse industrial environments.
The structural composition of ferrocene powder allows seamless integration within complex fuel formulations and catalytic processes, delivered by a dedicated ferrocene supplier ensuring uniform quality. Its powder form provides superior dispersibility and dosage control compared to crystalline alternatives, optimizing system stability and reaction kinetics as a ferrocene combustion catalyst. Packaging and particle size distribution have been designed to facilitate material handling and prevent contamination during processing, supporting automated and manual workflows in manufacturing environments.
Performance advantages of our ferrocene fuel additive include consistent catalytic activity that improves combustion efficiency and engine longevity. The product’s thermal stability ensures predictable behavior under industrial operating conditions, reducing variation in fuel additive performance. Users benefit from reduced emissions and enhanced operational safety due to its low toxicity profile. Additionally, the additive’s compatibility with unleaded gasoline formulations supports regulatory compliance while providing cost-effective solutions for fuel enhancement and emissions control.
1. Physical and chemical properties:
1.1 Molecular formula: C10H10Fe
1.2 Molecular Weight: 186.03
1.3 Molecular formula (current): Fe (C5H5)2
1.4 Structure formula:
1.5 Character: Boiling point 249℃. Sublimation will happen when temperature reaches to 100℃. Stable in the air and at room temperature. It has strong ultraviolet absorbent ability and thermal stability.
2. Technical indexes
|
Item |
Powder |
Crystal |
|---|---|---|
|
Ferrocene content, %(m/m) |
≥98.5 |
≥98.5 |
|
Melting point, ℃ |
170~174 |
170~174 |
|
Free Fe, ppm |
≤ 200 |
≤ 100 |
|
Pass rate (by standard sieve of 80 mesh), % |
≥87 |
- |
|
Appearance |
Yellow Orange Powder |
Yellow Orange Crystal |
3. Application:
①Fuel additives:Promote complete combustion, reduce black smoke, enhance power, and save fuel.
②Synthesis reaction catalyst:Carbon nanotube etc.
③Gasoline lead-free anti knock agent:Improve octane rating, suppress detonation, and protect the engine.
④Battery materials, sensors/conductive materials.
⑤Environmentally friendly fireworks/firecrackers:Smoke reduction, combustion assistance, stable combustion, and toxicity reduction (reducing CO and SO ₂).
4. Safety instructions: Low toxic. LD50> 1320mg/kg through skin of rabbit; LD50> 832mg/kg by taking orally of mouse.
5. Packing: 25kg/bag or cardboard drum.
6. Shelf life:12 months.
7. Storage: Sealed preservation. Store at cool and ventilate condition. Prohibit heating and sun exposure.
8. Transportation: Avoid violent collision and sun exposure. Do not mix-transport with strong oxidizers.
FAQ
What purity level does your ferrocene powder and crystal meet?
We guarantee a high purity level of ≥98.5% for both ferrocene powder and crystal forms. This ensures consistent performance as a ferrocene fuel additive and catalyst in industrial applications, meeting stringent quality standards for combustion enhancement and catalytic use.
Can you customize packaging or quantities for industrial orders of Ferrocene?
Our standard packaging is 25 kg per bag or cardboard drum, designed for safe handling and long shelf life up to 12 months. If you require specific packaging solutions or volume orders for ferrocene powder, please contact us so we can discuss tailored options meeting your project needs.
How does Ferrocene function as a combustion catalyst in fuels?
We provide ferrocene as a combustion catalyst that boosts fuel burning efficiency, reduces black smoke emissions, and enhances engine power. Its stability and purity enable it to act as an effective ferrocene fuel additive, improving combustion while supporting fuel economy and engine protection.
What storage and handling recommendations do you provide for Ferrocene?
We advise storing Ferrocene in sealed containers away from heat and direct sunlight, in cool and ventilated locations to preserve its stability and purity. Following standard safety precautions ensures safe handling in your chemical processes and maintains its efficiency as a ferrocene powder catalyst.
