Dry Barrier Material Installation in Aluminum Electrolysis Cells
Dry barrier material for aluminum electrolysis cells acts like an 'invisible shield' for the cell. Produced at our factory with a specialized formulation, this material forms a dense barrier at high temperatures that effectively prevents electrolyte penetration. Its key feature is that it requires no water for mixing during installation ...
The use of silicon carbide bricks in aluminum electrolysis cells
For the lining of 600kA large prebaked anode electrolysis cells, our factory's silicon carbide-bonded silicon nitride bricks are used. Through scientific ratio optimization, this product offers excellent resistance to electrolyte erosion and can significantly prolong cell life ...
The use of low-porosity fireclay bricks in aluminum electrolysis cells
The use of low-porosity fireclay bricks effectively blocks the penetration of molten slag and metal liquid due to their low-porosity structure. For instance, in aluminum electrolysis cells, their resistance to sodium erosion is increased by over 50% compared to regular bricks. Clay brick is a "veteran" refractory material in aluminum ...
Cement kiln modernisation project
Production capacity: 6,000 tonnes/day (energy-saving modernisation project) Materials supplied: Periclase-iron-spinel products (unstable lining zone) Silicon carbide composite bricks (calcination zone) Refractory concrete mix against linings (conical part of the cyclone) Special casting mix for the furnace mouth (patented formula) Nano-thermal insulation layer (patented technology) ...
