Lightweight Innovative Combustible Cartridge Case Technology
Technology Introduction:
Combustible cartridge cases are a groundbreaking innovation in ammunition design, serving as both a structural container and an energy source, thus significantly reducing the weight and cost of cartridges. Initially developed to replace traditional metallic cartridges, enabling them to burn completely or partially during firing. This dual function not only reduces the weight of the ammunition but also minimizes the environmental impact of metallic residue and the space occupied by the tank interior. Over the years, Combustible cartridge cases have found widespread applications in military and industrial domains, particularly in machine gun and tank ammunition, due to their efficient ballistic properties and low cost.
Industry Applicability:
This technology is Featuring lightweight, eco-friendly, and residue-free characteristics, it effectively reduces logistical burden and enhances operational and training efficiency. It enables the design of ammunition without metallic shell residues, which is beneficial for stealth operations and optimizing internal space in vehicles such as tanks.
Combustible cartridge cases are a groundbreaking innovation in ammunition design, serving as both a structural container and an energy source, thus significantly reducing the weight and cost of cartridges. Initially developed to replace traditional metallic cartridges, enabling them to burn completely or partially during firing. This dual function not only reduces the weight of the ammunition but also minimizes the environmental impact of metallic residue and the space occupied by the tank interior. Over the years, Combustible cartridge cases have found widespread applications in military and industrial domains, particularly in machine gun and tank ammunition, due to their efficient ballistic properties and low cost.
Industry Applicability:
This technology is Featuring lightweight, eco-friendly, and residue-free characteristics, it effectively reduces logistical burden and enhances operational and training efficiency. It enables the design of ammunition without metallic shell residues, which is beneficial for stealth operations and optimizing internal space in vehicles such as tanks.
Industrial Applications:
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Chung Cheng Institute of Technology, National Defense University
In line with the current national policy of building small and strong armed forces and improving military education, in May 2000 the Armed Forces University, National Defense Medical College, National Defense Management College, and Chung Cheng Institute of Technology were integrated into one university, National Defense University(NDU).
Additional Information
Pavilion:Sustainability Circular Sustainability SA24
Exhibiting Entity:Ministry of National Defense
Application Category:Materials, Chemical Engineering and Nanotech
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Pavilion:Sustainability Circular Sustainability SA24
Exhibiting Entity:Ministry of National Defense
Application Category:Materials, Chemical Engineering and Nanotech
Patents:
I854438