Fully-wrapped Carbon Fiber Composite Aluminum CNG Cylinder For Land Vehicles

Smartnoble Fully-wrapped Carbon Fiber Composite Aluminum CNG LNG Cylinder For Land Vehicles

are made of high quality carbon fiber bundles and epoxy resin. On the high strength aluminum alloy inner liner, they are processed with first-class equipment and advanced three-dimensional winding technology.

Carbon fibre wound cylinders have many excellent performances, such as light weight, high strength, non-breakage, clean inner wall, no odor, corrosion resistance, long service life and so on. At present, the cylinder is gradually replacing the traditional metal cylinder, which is widely used in fire fighting, chemical industry, mining, automobile industry and other high-tech fields.

We are a gas cylinder manufacturer, removing the middle ring and giving the benefits to customers. The company can be equipped with valves, valves have stainless steel valves and copper valves.

Our CNG cylinders include vehicle type 1 and type 2 cylinders. They are mainly used for optimizing design, prolonging fatigue life, light weight and safety. They are mainly used for taxis, buses, trucks and so on. It reduces the cost of car operation and urban pollution. It is one of the green environmental protection products strongly recommended by all countries in the world.

Using ANSYS software for winding stress analysis and design, using high quality imported carbon fibers, imported epoxy resin, after winding, high temperature curing and more than a dozen processes of finishing. Compared with metal cylinders (steel cylinders, seamless aluminium alloy cylinders), it has better performance. The working pressure of the cylinders is 30Mpa, which increases the gas storage capacity, reduces the weight by 50% compared with the metal cylinders of the same volume, and makes the users more relaxed and comfortable.

Carbon fibers have many excellent properties, such as axial strength and die, high volume, low density, high specific property, no creep, super high temperature resistance under non-oxidation environment, good fatigue resistance, low thermal expansion coefficient, anisotropy, corrosion resistance and good X-ray transmission. Good conductivity and thermal conductivity, good electromagnetic shielding, etc.

Compared with the traditional glass fibers, the Young's modulus of carbon fibers is more than three times that of the traditional glass fibers; compared with Kevlar fibers, the Young's modulus of carbon fibers is about two times that of Kevlar fibers. It is not swellable in organic solvents, acids and alkalis, and has outstanding corrosion resistance.