Catocene CAS 37206-42-1: High-Performance Burning Rate Catalyst for Solid Propellants
Unlock enhanced combustion efficiency with Catocene, a leading liquid burning rate catalyst for demanding applications.
Get a Quote & SampleProduct Core Value
Catocene
Catocene (CAS 37206-42-1) is a new generation of liquid burning rate catalyst renowned for its exceptional overall performance. It plays a crucial role in composite solid propellants, particularly those utilizing AP-based oxidizers, where it effectively improves the combustion rate and reduces the pressure exponent.
- Efficient Combustion Enhancement: As a burning rate catalyst, Catocene significantly boosts the combustion speed in composite solid propellants, ensuring optimal performance in demanding environments.
- Pressure Exponent Reduction: The application of Catocene helps in reducing the pressure exponent, leading to more stable and predictable propellant performance across varying operational pressures.
- Superior Dispersion: Its liquid nature allows for excellent uniform dispersion within propellant formulations, maximizing catalytic contact and consistency.
- High Purity and Quality: With a purity of ≥97.5% (titration), Catocene meets stringent quality standards, ensuring reliable and predictable catalytic activity in critical applications.
Advantages Offered
Improved Propellant Performance
Leverage Catocene to achieve higher combustion rates, a key factor for enhancing the performance of composite solid propellants, directly impacting thrust and efficiency.
Enhanced Stability
The reduction in pressure exponent facilitated by Catocene contributes to more stable propellant behavior, crucial for reliable operation in diverse conditions.
Versatile Application
Beyond propellants, Catocene's electrochemical properties make it valuable for supercapacitor applications, showcasing its versatility in advanced materials science.
Key Applications
Composite Solid Propellants
Catocene is a premier choice as a burning rate catalyst for composite solid propellants, optimizing their combustion characteristics for aerospace and defense applications.
Aerospace and Defense
Its role in enhancing propellant performance makes it indispensable for rockets, missiles, and other defense systems requiring precise and powerful propulsion.
Energy Storage
The unique electrochemical properties of Catocene are being explored for its application in advanced supercapacitors, contributing to efficient energy storage solutions.
Organometallic Chemistry Research
Catocene serves as a key compound for researchers studying organometallic chemistry, combustion catalysis, and advanced material properties.