Novel nano scarfing gas

Abstract

The invention provides a novel nanometer scarfing gas, including liquid mother solution composed by hydrocarbons or alkane compound, is characterized in: also including one or several adjuvant mixed in the mother solution. The scarfing gas has advantages of high burning value, complete burning, quickly cutting, and regular shape of flame easy controlling, good efffect of cutting or soldering.

Description

technical field [0001] The invention relates to metal welding and cutting technology, in particular to a novel nanometer welding and cutting gas. Background technique [0002] The traditional metal welding and cutting gas generally uses acetylene gas, mainly because of its simple and quick preparation and low cost. However, due to its high carbon content, the mixing ratio of acetylene with oxygen is not easy to control during use, and black smoke is easy to be generated. Moreover, such a combustion state will also reduce the combustion temperature of acetylene, which will have a great adverse effect on metal welding or cutting. [0003] And at room temperature and normal pressure, because there are a large number of covalent bonds in its molecular structure to interact, the acetylene gas molecules have the characteristics of mutual agglomeration, so it is easy to produce larger molecular clusters, which reduces the molecular weight of acetylene. Combustion performance makes...

AI Technical Summary

Problems solved by technology

[0002] The traditional metal welding and cutting gas generally uses acetylene gas, mainly because of its simple and quick preparation and low cost. However, due to its high carbon content, the mixing ratio of acetylene with oxygen is not easy to control during use, and black smoke is easy to be generated. Moreover, such a combustion state will also reduce the combustion temperature of acetylene, which will have a great adverse effect on metal welding or cutting

[0003] And at room temperature and normal pressure, because there are a large number of covalent bonds in its molecular structure to interact, the acetylene gas molecules have the characteristics of mutual agglomeration, so it is easy to produce larger molecular clusters, which reduces the molecular weight of acetylene. Combustion performance makes it difficult for acetylene gas to burn completely, which affects its combustion value and welding and cutting speed, and is not conducive to environmental protection

[0004] Due to the reduction of the combustion performance of acetylene, it is necessary to increase the airflow cross section and airflow velocity of oxygen or air during use, which increases the difficulty of welding or cutting control, and the shape and intensity of the flame are not easy to control, which will lead to welding or cutting The quality of the