Product Introduction:
The cylinder is formed using an aluminum alloy inner liner through spinning and necking processes, with an outer layer of fully wrapped carbon fiber and a glass fiber protective layer. The working pressure of the cylinder is 35MPa. Utilizing the excellent hydrogen permeability resistance, high thermal conductivity, and fatigue resistance of aluminum alloy, hydrogen storage safety is ensured. As a relatively mature high-pressure cylinder product, it offers a balance between cost and performance; its capacity ranges from 9L to 450L, making it suitable for various vehicle types.

Product Introduction:
The use of an aluminum alloy inner liner reduces the weight of the cylinder, while the optimized carbon fiber winding process enhances the product's pressure resistance and safety. Mass production is achieved through a fully automated production line, ensuring stable quality and cost advantages. The cylinder has a working pressure of 20MPa and a volume ranging from 260L to 450L, making it suitable for various vehicle models.

Product Introduction
Employing pre-impregnated carbon fiber yarn winding technology, this process achieves high-speed winding and high fiber volume content, combining lightweight, high strength, and efficient production advantages. The stable resin content (3%-5%) achieved through dry molding ensures product consistency, with performance fluctuations of <5% under operating conditions ranging from -40℃ to 80℃. The application of hydrogen power can extend the drone's flight time from 20-30 minutes to over 1 hour, significantly expanding application scenarios and contributing to the development of my country's low-altitude economy. Customization is available upon request.

Product Introduction
As a nitrogen (or helium) pressurization tank, it achieves lightweight construction through carbon fiber winding and can withstand extremely high pressures of 5000-6000 psi. It stores high-pressure gases, supporting three key operations: maintaining propellant tank pressure, powering the RCS (cooled gas reaction control system), and supporting engine start-up and rotation. Compared to traditional metal tanks, it significantly reduces weight while maintaining high pressure resistance, making it an essential component of reusable spacecraft like Starship.

Product Introduction：
Carbon fiber composite structural components can maintain good load-bearing capacity while significantly reducing weight, effectively reducing the overall weight of equipment or products and improving product performance.