The New Progress in the BGRIMM Emulsion Explosives Technology

International Society of Explosives Engineers
Wang Xuguang Li Guozhong Xiong Daiyu Zhang Xiaozhi
Organization:
International Society of Explosives Engineers
Pages:
15
File Size:
165 KB
Publication Date:
Jan 1, 2003

Abstract

The emulsion explosive is a new kind of water-based industrial explosives that was developed at the end of 1960s. In the 1970s, BGRIMM invented EL-series emulsion explosive that created a new era of water-based industrial explosives technology and products in China. From single type to varieties, the perfect BGRIMM emulsion explosives technology has been formed, which consists of 9 series, over 30 types explosives and related production equipments and processes such as cap-sensitive rock emulsion explosive, opencast emulsion explosive, coal permitted emulsion explosives, low-temperature-resistant emulsion explosive, high-temperature-resistant emulsion explosive, high power emulsion explosive, bulk emulsion explosive for loading truck and powder emulsion explosive. From the early 1990s, BGRIMM successfully developed opencast emulsion explosives and the computer controlled continuous production line of small-diameter cap-sensitive emulsion explosive which raised emulsion explosive production technology of our country to a new lever. With the successful development of powder emulsion explosive and related computer controlled continuous production line, on-site mixed emulsion explosive and loading truck as well, the category of industrial explosives is getting more complete and reasonable. This paper pres ents the history, achievement and development of BGRIMM emulsion explosive technology, also forecasts the future of linked technology.
Citation

APA: Wang Xuguang Li Guozhong Xiong Daiyu Zhang Xiaozhi  (2003)  The New Progress in the BGRIMM Emulsion Explosives Technology

MLA: Wang Xuguang Li Guozhong Xiong Daiyu Zhang Xiaozhi The New Progress in the BGRIMM Emulsion Explosives Technology. International Society of Explosives Engineers, 2003.

Export
Purchase this Article for $25.00

Create a Guest account to purchase this file
- or -
Log in to your existing Guest account