Automotive Aluminum-Liner Carbon Fiber Wrapped Hydrogen Cylinder
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.
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.
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