How to distinguish refractory refractoriness according to the refractory material

Refractory material is essential for industrial furnace lining materials, in the progress of science and technology, furnace generation upgrading, resulting in the production process of refractory brick also has been greatly improved, and these promotion focus on refractoriness, refractoriness, slag resistance, spalling resistance, at the same time, types and applications refractory materials also have multiple orientation change, different refractory, different materials, refractory material refractoriness is generally determined by the material.

Most of the refractory component is composed of a variety of elements and composite materials, all kinds of material melting point are not the same, when the temperature reaches a certain degree, the first is the emergence of the liquid phase, as the temperature continues to rise and then completely fusion, which is a gradual process, and the so-called different material brick refers to difference of main content of brick for example, fireclay brick, most of its raw materials for the content of clay, high alumina brick refractory material, but also to the aluminum content to define high aluminum brick level, below, are some of the common brick refractory:

1, clay brick: 1610 ~ 1750℃

2: silica brick , 690 to 1730℃

3, the crystalline silica: 1730 ~ 1770℃

4, hard clay: 1750 ~ 1770℃

5, high alumina brick: > 1770 ~ 2000℃

6, magnesia refractory bricks: > 2000℃

7, dolomite brick: > 2000℃

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