04-29-2025, 05:34 PM
As industrial demands evolve and technologies advance, refractory materials have also undergone significant innovations to cater to more rigorous performance requirements, environmental considerations, and cost efficiencies. At the core of refractory products are their unique properties, which enable them to withstand thermal shock, mechanical abrasion, chemical corrosion, and varying degrees of physical stress without structural degradation. Refractories are categorized based on their chemical composition, physical form, method of installation, and resistance to specific operating conditions. Broadly, they can be classified into acidic, basic, and neutral refractories, depending on their chemical nature. Acidic refractories, such as silica and fireclay bricks, are resistant to acidic slags but are vulnerable to basic slags. Basic refractories, such as magnesia and dolomite, are chemically compatible with basic slags and environments. Neutral refractories, including alumina, chromite, and carbon-based refractories, offer versatility and can function effectively in both acidic and basic environments.
For more information, visit refractories products.
For more information, visit refractories products.