The working principle of flipping grate

Flip grate is a commonly used equipment in industrial production processes, mainly used for the combustion process of fuels such as coal, oil, and natural gas. Its working principle is to achieve efficient combustion and heating of combustion materials in the furnace through the motion of flipping the grate

Thermal energy conversion and material processing.

The flipped grate mainly consists of three parts: the furnace body, grate mechanism, and control system. The furnace body is the container of the grate, which has the characteristics of high temperature resistance and corrosion resistance to ensure the normal operation of the grate. The furnace body is usually made of refractory materials and can withstand high temperatures and chemical corrosion. The grate mechanism is

The core part of a flipping grate is a mechanical device that causes the grate to move back and forth within the furnace, thereby achieving material flipping and combustion. The control system adjusts the flipping speed and frequency of the grate by controlling the grate mechanism to achieve the best combustion effect.

The working process of flipping the grate can be divided into three stages: feeding stage, combustion stage, and slag discharge stage. The feeding stage refers to adding fuel materials into the furnace through the feeding port, and then evenly distributing the materials in the furnace through the movement of the grate mechanism. The combustion stage refers to introducing an appropriate amount of air or oxygen into the furnace, and controlling the movement of the grate mechanism to burn and heat the material at high temperatures. The slag removal stage refers to the process of discharging combustion products and residues from the furnace body through the movement of the grate mechanism after material combustion and heating.

The working principle of a flipped grate is based on the flipping and combustion process of materials. In the furnace, the material is evenly distributed and maintains a longer residence time through the flipping motion of the grate mechanism. This can increase the contact area between materials and air, and improve

High combustion efficiency. At the same time, the flipping motion of the material can also prevent blockage and ash accumulation of the grate

The width and length of the large chain grate can be made very large, making it one of the grate choices for large boilers.

The large chain grate is suitable for boilers with an evaporation capacity of 20-40t/h or even larger.