Grate Brick Arrangement Order For Heat Storage Chamber

Grate bricks can improve the heat exchange efficiency and heat storage capacity of the heat storage chamber. To further improve the heat storage capacity and heat transfer efficiency of the heat storage body, the arrangement of grate bricks is very important. Usually, the grate bricks in the heat storage chamber have a specific order of arrangement. This aims to ensure uniform heat transfer and more effective heat storage.

The grate stripe arrangement is a common arrangement of grate bricks in heat storage chambers. Its arrangement is mainly staggered in the vertical and horizontal directions to form a lattice structure like a chessboard. In this arrangement, the surface area can be increased to improve heat transfer efficiency and reduce heat waste.

Another common arrangement of grate bricks in heat storage chambers is the stacking arrangement. It arranges that each layer of grate bricks will be slightly offset from the previous layer, forming a staggered arrangement effect. This arrangement can increase the heat storage capacity and improve the heat transfer efficiency.

The arrangement of grate bricks in the heat storage chamber affects the heat storage capacity and heat transfer efficiency of the entire heat storage chamber. The specific arrangement method will vary depending on the design and use requirements of the heat storage chamber.