Study on Cutting Process of Manual Thermite Cutting Technology

Abstract

Through research of stiletto and analysis of cutting process of manual thermite cutting technology, mechanism and chemical compositions of cutting ammunition is expounded. This type of cutting ammunition was only operated in terms of some cutting technology, including cut method, cutting technique parameter, cutting operate. The chemical composition of the cutting ammunition is the key to the final incision quality. The powders include thermite, gas-making agents and alloying addition. KNO3 is up to 4.8% to 10.5% in the cutting medicament and CuO+Al is up to 13.6% to 22.8% in the thermite to cut steel of Q235 which is 263mm ×165mm × 20mm on the basis of the eject times of case primer, depth of the hole, diameter of the hole and the taper .

The Effect of CuO on the Thermal Behavior of the High-Energy Combustion Agent of the Al/MnO2 System

“…Meanwhile, it possesses many other advantages such as rapid heat release, high adiabatic flame temperature, and excellent security. ermite can be applied in a broad spectrum of fields such as metallurgy [4], welding [5], cutting [6], etc. Moreover, it is particularly popular in the destruction by unexploded ammunition due to its higher security, convenience, and portability, considering the principle that high energy combustion agent can burn up the warhead steadily via melting through the metal shell of ammunition [7].…”