On July 22, our technicians brought a 1000 ℃ high temperature fire fighting robot to a fire brigade for high temperature resistance performance test. The leaders of the fire brigade and their subordinate officers and soldiers participated in the event.

Our technicians first introduced the 1000 ℃ high temperature fire fighting robot to the on-site leaders in detail. It has a number of high temperature protection patent technologies, including high temperature protection technology, high temperature sports chassis, high temperature environmental sensing detection technology, high temperature communication Technology, high temperature resistance and special operation functions, etc., the biggest technical feature and advantage is high temperature resistance, which has successfully broken through the current market environment, the status quo that fire fighting robots can only work at lower temperatures, and can be used without external auxiliary cooling. It can work continuously for more than 30 minutes in the ultra-high temperature fire environment of 1000℃.

Subsequently, in order to test the high temperature resistance of the 1000 ℃ high temperature fire fighting robot on the spot, our technicians directly drove it into the iron tank filled with gasoline for fierce fire calcination. When the oil tank is ignited, the flames soar instantaneously, and the heat wave hits people's faces. Under the remote control of the technicians, the high-temperature fire-fighting robot moves, rotates, and turns around in the fire field. walk.

Fire quenches real gold, quality creates brand. The excellent fire performance of the 1000°C high temperature fire-fighting robot has won unanimous praise from the leaders and fire officers and soldiers present. Based on the breakthrough in the temperature limit of the operating environment and the actual combat effectiveness, the 1000 ℃ high temperature fire-fighting robot can truly replace the fire fighters to enter the emergency, difficult, dangerous and serious vicious fire scene operations. Its popularization and application will subvert the existing fire fighting system. It is of great significance to improve the efficiency of fire rescue and reduce the risk of fire rescue.