Dead-burned magnesia features dense crystallization and strong high-temperature resistance. It is a cost-effective base material for refractory products used in continuous and demanding industrial operations.
Used to produce magnesia refractory bricks, including magnesia-alumina and magnesia-chrome bricks, for converter and electric-furnace linings and steel ladles. It withstands temperatures above 1,800°C and resists molten-steel attack, helping reduce frequent furnace repairs in large-scale steel production.
Applied in refractory lining bricks for cement rotary kilns and preheater systems. It resists high-temperature clinker abrasion and chemical attack, extending kiln service life under 24-hour continuous production conditions.
Used as a refractory raw material for glass-melting furnace walls and flow passages. Its resistance to molten-glass corrosion helps protect glass purity in float-glass and specialty-glass production lines.
Suitable for the construction and repair of ceramic kilns and non-ferrous metal smelting furnaces. It supports both intermittent and continuous kiln operation and provides a balanced performance-to-cost option for medium- and high-duty refractory applications.