Galvanizing furnace ensures the stability of the heating flame

Zinc-plated products cannot be compared with ordinary metal products. For the current chemical industry, the choice of galvanized products is better than the use of untreated metal products, because galvanized treatment is more corrosion-resistant and has a longer service life. Long, work can be more efficient. The galvanizing furnace is an improved one that provides a stable flame for heating.

The galvanizing furnace and the galvanizing pot complement each other

Pots and furnaces are still used in a wide range of applications. The pot is responsible for the objects to be heated, and the furnace is responsible for the firing, providing heat to the pot and allowing the pot to conduct heat. Whether the degree of heat of the pan is uniform is not only related to whether there is impurity scale inside the pot, but also related to the degree of fire supply of the furnace. If the heating flame of the furnace is too small to meet the heating conditions of the pot, this will delay the work schedule. If the heating flame of the furnace is relatively large, it is easy to provide a large amount of heat to the pot, and the pot will conduct heat again, which may not be required for the operation. The instability of the flame is very influential to the heating effect, and the flame provided by the galvanizing furnace can ensure stability.

Galvanizing furnace ensures uniform heating

In the hot dip galvanizing process, the zinc liquid is pumped into the pot, and the furnace is heated to conduct heat to the pot, so that the zinc liquid in the pot can be melt-converted, so that the metal iron pieces are put into the zinc liquid. chemical reaction. Every aspect of galvanizing is very important. The quality of galvanized products depends on whether each link is done. The heating in the furnace is conducted to provide heat to the pot. The flame generated by the furnace is small for a while, and is not evenly stable at all. The heating efficiency is not high, and the progress is delayed, which ultimately affects the galvanizing effect of the product. There is no such problem with a galvanizing furnace, which is an improved furnace that produces a stable flame.