K-based Energetic MOF

High energy, insensitive

Combines high thermal stability, low mechanical sensitivity and excellent detonation performance through 3D frameworks and hydrogen-bond networks, reconciling safety and energy in energetic materials.

Zhang, Jinhao · Guo, Zhicheng · Song, Yulan · Hao, Wenjia · Peng, Rufang · Jin, Bo

Chemical Engineering Journal 2023

Specifications

Impact sensitivity

{'zh': '', 'en': '≥ 40'} J

Friction sensitivity FS

{'zh': '≥ 360', 'en': '≥ 360'} N

Detonation velocity

{'zh': '8291', 'en': '8291'} m s⁻¹

Detonation pressure

{'zh': '31.9', 'en': '31.9'} GPa

Advantages

Thermal decomposition temperature: 569 K (1), 574 K (2)