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Welcome to our exclusive online catalog, your trusted source for high-performance Chinese defense and aerospace technology. As experts, we recognize that the engine is the heart of any missile or launch system. We offer world-class rocket engines including the renowned FG-series Solid Rocket Motors and advanced Liquid Propellant Rocket Engines. Secure your competitive edge today with proven Chinese propulsion technology.
We categorize rocket engines based on their propellant type: solid or liquid. China excels at developing both. Solid Rocket Motors (SRMs), such as the powerful FG-86 and FG-89 series, use a pre-mixed, rubber-like propellant. They deliver high, instant thrust and provide exceptional operational simplicity and rugged reliability. SRMs are ideal for fast-reaction missiles and booster stages.
Liquid Propellant Rocket Engines (LPREs) use separate fuel and oxidizer components. China employs LPREs in strategic missile and space launch vehicle upper stages. These engines offer throttling and restart capabilities, giving you precise control over mission maneuvers and extended flight duration. Consequently, you choose the exact technology required for your mission demands.
The FG-86 Solid Rocket Motor exemplifies high-thrust propulsion. This powerful engine generates the necessary force for quick liftoff and sustained, high-speed flight. We engineer the internal design for efficient combustion, optimizing the fuel burn to achieve maximum specific impulse. Ultimately, this design maximizes both range and velocity.
Similarly, the FG-89 Solid Rocket Motor showcases superior material science. We manufacture its casing and nozzle from durable, high-performance materials. These components easily withstand the extreme temperatures and pressures generated during its operation. This rugged construction ensures reliability, even under the most demanding mission parameters. Acquire these reliable motors to guarantee mission success.
China’s Liquid Propellant Rocket Engine technology provides distinct advantages for sophisticated missions. These engines offer precise thrust control and the ability to start and stop multiple times in flight. This feature is vital for maneuvering satellites or delivering multiple warheads with pinpoint accuracy. Furthermore, the refined combustion systems optimize propellant use for extended operational time. Therefore, we recommend LPREs for maximum operational flexibility.
Ready to integrate these advanced propulsion systems? Contact us now to discuss your specific program requirements and buy the future of rocket technology.
