Low Creep High Alumina 7 Holes Lattice Brick

Porosity (%):

DRL-155a%0$?20i1/4>DRL-150a%0$?21i1/4>DRL-145a%0$?21i1/4>DRL-140a%0$?22i1/4>DRL-135a%0$?22i1/4>

Compressive Strength:

DRL-155a%0Y=60i1/4>DRL-150a%0Y=60i1/4>DRL-145a%0Y=50i1/4>DRL-140a%0Y=55i1/4>DRL-135a%0Y=55 Megapascals (MPa )

Bricks Type:

High Alumina Bricks

Porosity:

Porous

Feature:

Fire Brick

2025nd Year

Contact Person

Gaogou Industry Park, Xinmi City,

Product Description

Being a well renowned firm in the domain, we are exporting, manufacturing and supplying an excellent quality collection of Low Creep High Alumina 7 Holes Lattice Brick in Zhengzhou, Henan, China. Lattice brick is widely recognized and accepted by the world's iron industry, a heat exchange capacity, heat storage area, smooth ventilation, resistance and many other excellent thermal characteristics of the heat storage body. Lattice brick is a heat transfer medium, mainly used in the hot stove in the upper part of the regenerator, from the heat storage effect. In the cold air into the hot air process, plays an extremely important role. In the prior art, the lattice bricks used in the hot blast stove are usually seven-hole lattice bricks. Due to the small number of vias of the seven-hole lattice bricks, there is a drawback that the heating area is limited, and because of its large hole, there is a drawback that the filling coefficient is small. So that there are many improvements in the prior art. Such as by designing a transverse channel in the lower part of the seven-hole brick, so that the gas can pass through the transverse passage through the clogging part into the channel of the lower hole to avoid failure of the entire passage, thereby solving the problems encountered in the prior art due to the formation of the dome and the homogenate The uneven distribution of air flow caused by vortices causes the overall efficiency of the hot blast stove to decrease.

Porosity (%): DRL-155a%0$?20i1/4>DRL-150a%0$?21i1/4>DRL-145a%0$?21i1/4>DRL-140a%0$?22i1/4>DRL-135a%0$?22i1/4>
Compressive Strength: DRL-155a%0Y=60i1/4>DRL-150a%0Y=60i1/4>DRL-145a%0Y=50i1/4>DRL-140a%0Y=55i1/4>DRL-135a%0Y=55 Megapascals (MPa )
Bricks Type: High Alumina Bricks
Porosity: Porous
Feature: Fire Brick