Product News
The steel industry operates under extremely high temperatures, heavy slag corrosion, and intense mechanical wear.
Our refractory and advanced ceramic solutions are engineered for ladles, converters, electric arc furnaces,
tundishes, and reheating furnaces.
Wear resistant ceramic pipes help protect industrial pipelines that carry abrasive materials such as coal, ash, minerals, sand, and slurry. This article explains how ceramic linings reduce pipe wear and where ceramic tile lined pipes are commonly used.
Mullite honeycomb ceramics provide a structured ceramic solution for high-temperature heat transfer, filtration, furnace, and gas-treatment applications. This guide explains how material properties, cell density, channel size, dimensions, thermal conditions, and customization affect product selection.
Kiln furniture saggars support and protect products during high-temperature firing. This article explains how material, size, thickness, thermal cycling, loading conditions, and firing temperature affect sagger selection and service life.
Silicon carbide plates are used in high-temperature, abrasive, and demanding industrial applications. This article explains how material grade, manufacturing method, size, thickness, operating conditions, and customization affect plate performance and silicon carbide plate price.
Choosing the right grinding media can improve milling efficiency, reduce wear and contamination, and control operating costs. Learn how media size, material, hardness, purity, and wear rate affect different grinding applications.
Silicon nitride and SiC products provide reliable solutions for high-temperature applications exposed to thermal shock, mechanical stress, abrasion, and repeated temperature cycling. This article explains common ceramic component failures, compares Si₃N₄ and SiC performance, and provides practical guidance for selecting the right material according to actual operating conditions.
Learn how microporous slotted flexible board helps solve insulation challenges in complex high-temperature equipment. Explore practical considerations for curved surfaces, limited installation space, custom dimensions, and supplier selection.
Why do precast refractory shapes crack? This article examines thermal stress, complex geometry, thickness changes, installation, and heating conditions, with practical furnace maintenance experience.