Pantografin

Pantografin is a process used in safety valve setting and mechanism of explosive devices. The purpose of this process is to accurately determine the opening pressure of a valve or the combustion pressure of a pyrotechnic device. It is used to establish a precise measure of the sensitivity of different types of pyrotechnic compositions, indicating the point at which they will detonate or burn at the minimal required pressure.

The Pantografin process typically involves the use of a device that is capable of generating precise pressure measurements, coupled with a dynamic system for measuring and recording the valve or device's response to different pressure settings. This allows researchers and manufacturers to carefully calibrate the pointer settings in order to achieve the maximum pressure while maintaining the valve or device's proper functionality.

The application of Pantografin technology has varied across industries, with its primary use being in the research and development of pyrotechnic devices and safety valves for military, industrial, and commercial purposes. Additionally, researchers employing Pantografin techniques have applied their knowledge to various fields and industries outside of pyrotechnic device manufacturing, including the study of valve settings in aircraft, fuel pumps, and other engineering applications.

While Pantografin is less commonly discussed in the scientific literature and more often associated with classified research, the principles and methods employed by the Pantografin process are recognized by experts in numerous fields as a valuable and contributing method in device development.