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carbon fiber pressure vessels

Carbon fiber pressure vessels have a wide range of industrial and commercial uses. Because of their light weight and ability to resist significant temperature swings, they have become a popular alternative. They have several advantages over other materials such as stainless steel and aluminum, including resistance to corrosion and fire, durability, and ease of maintenance. They do, however, necessitate a certain level of attention in terms of production, construction, and installation.

Applications of carbon fiber pressure vessels

Mechanical testing, SEM analysis, and X-ray photoelectron spectroscopy were used to assess a composite vessel comprised of aramid and epoxy. The interlaminar shear strength was tested and found to be comparable to that of plasma-treated samples. Furthermore, a unique "pizza-like" structure on the fiber surface was discovered to boost shear strength.

This composite was also evaluated with various plasma treatment powers. The vessel's tensile strength increased by 8% at a power of 4.0. Furthermore, the interlinear shear strength was found to be comparable to that of untreated composites. Similarly, the fiber bending strength was comparable to that of untreated composites.

Finally, an epoxy resin was applied to a composite. Fourier transform infrared spectroscopy demonstrated that the coating was effective. In addition, the composite preserved around 75% of its initial weight. Furthermore, the EB weld used to seal the pressure boundary was successfully welded. A hydraulic pressure test and a cross-sectional test were also performed to confirm the sealing ability.

Why choose Hebang Engineering carbon fiber pressure vessels?

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