Flame cutting can be used for almost all metal materials, including
carbon steel, alloy steel, stainless steel, etc. For different
metal materials, only by appropriately adjusting the cutting
parameters (such as the type of fuel gas, oxygen pressure, cutting
speed, etc.) can a better cutting effect be achieved. For example,
when cutting carbon steel, acetylene is a commonly used fuel gas.
When combined with an appropriate oxygen pressure, the cutting
process can proceed smoothly. When cutting stainless steel, using
propane or other fuel gases and adjusting parameters such as the
cutting speed can also achieve effective cutting.
Flame cutting is capable of handling relatively thick metal
materials, and its cutting thickness range generally varies from a
few millimeters to several hundred millimeters. In heavy industry
fields such as shipbuilding and heavy machinery manufacturing, it
is often necessary to cut steel plates as thick as dozens of
centimeters to manufacture ship hulls, large machinery bases and
other components. Flame cutting performs excellently in such thick
plate cutting application scenarios.
