A Carbon Fiber Reinforced Nylon 6 (CFRPA6) Composite Specialized for Military Field Cooking Task

Abstract:

In this study, nylon PA6 resin was filled with carbon fibers by employing the technique of mechanical alloying and utilizing the special properties of carbon fiber. The effects of carbon fiber on the mechanical property of the nylon PA6 were also studied. From the results, filling nylon PA6 resin with carbon fiber could effectively enhance the tensile strength, the elastic modulus, the flexural strength and the flexural modulus for the material. In addition, the material shrinkage was also significantly reduced. The enhancing effects varied as CF content changed. Through comparative experiments, the optimal proportion of the addition was determined. Replacing the conventional irony back pad of military outdoor pot by this composite would not only largely reduce the load and improve the motility for the soldiers, but also ensure a better battlefield adaptability and comfort.

• Periodical: Applied Mechanics and Materials (Volume 224)
• Pages: 199-203
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.224.199
• Online since: November 2012
• Authors: Xiang Hong Zhang, Han Yang, Hao Zhang, Chun Yang Wang
• Keywords: Back Pad of Military Outdoor Pot, Carbon Fiber (CF), Military Cooking, PA6, Strength

References

[1] Li Zhi-hua; Carbon fiber composites and their applications; Application of engineering plastics 1998-03.

[2] Xia Li-gang and Li Ai-ju; Study on carbon fiber surface treatment and its effects on carbon fiber/resin interface; Material Review 2006. 01.

[3] Zheng Yu-ying; Study on the interfacial-layer design and the structural properties of fiber reinforced nylon 6 composite; Journal of Fuzhou University 2005. 01.

[4] Bi Xiang-jun, Li Zon-hui, Tang Ze-hui and Li Wei; Design of molding technique for stress-based resin composite ; [J] Composite Material 2010-01.

[5] Xiao Yin, Shi Yao-yao and Chang Li-li; Study on the bind-molding technique of composite materials; [J] Electromachining and mold 2007-05.

[6] Zhongzhi Kang and Xiang Wang; Discuss on technique of Soft mold/Vacuum Assisted Resin Infusion flanged semi sphere; Fibrous composite material 2011. 01.

[7] Wang Cheng-zhong; Study on the preparation of C-type carbon fiber and the mechanism of the cathodic oxidation surface treatment; [D] Beijing University of Chemical Technology (2010).

[8] Zhang Min; Study on key influential factors on the interfacial binding strength of carbon fiber reinforced resin composite materials; Journal of Shandong University 2010. 02.

[9] Zheng Ru-juan; Study on the coating agent for carbon fiber; [D] Journal of Changchun University of Technology (2002).

[10] Liu Ming-chang; Mold development for fiber reinforced composite materials; [J] Application of engineering plastic 2005-05.

[11] Du Gang; Study on Design and Integral Manufacture of Composite Thrust Cylinder; [D] National University of Defense Technology (2007).