How to Choose the Right Refractory Bricks and Refractory Castables?

Refractory bricks and refractory castables are the two most common refractory materials used in the design and operation of high-temperature industrial furnaces. They have different performance characteristics and applications, and choosing the right one directly impacts the furnace’s lifespan and operating costs. 1. The Difference … قراءة المزيد

What Is Slide Gate?

Refractory slide gate bricks, also called sliding gate plates, are essential functional refractory materials in modern steel metallurgy. They are mainly used in ladle and tundish sliding gate systems to control the flow and direction of molten steel during steelmaking and continuous casting. Manufactured from … قراءة المزيد

What is Refractory Mud?

Refractory mud is also called refractory mortar. It is a high-temperature resistant bonding material primarily used for refractory brick masonry, bonding the bricks together, much like cement mortar used in conventional construction. Main Ingredients of Refractry Mud Refractory fine powder (high-alumina, silica, magnesia, etc., selected … قراءة المزيد

Differences Between Light Burned Magnesia And Dead Burned Magnesia

Lightly calcined magnesia (light-burned magnesia) and dead burned magnesia are both produced from magnesite, but they differ significantly in calcination temperature, physical properties, chemical reactivity, and applications. 1. Definition & Calcination Temperature Item Lightly Calcined Magnesia (Light-burned MgO) Dead Burned Magnesia (DBM) Calcination Temperature 700–1000℃ … قراءة المزيد
KERUI-CA80-Refractory-Cement

Initial and Final Setting Time of High Alumina Cement

In refractory materials and specialized construction projects, the initial and final setting times of high-alumina cement are key performance indicators. Recently, with increasing demand for high-temperature kilns, metallurgical furnace linings, and chemical equipment linings, its setting properties have attracted increasing attention. The initial setting time … قراءة المزيد