Refractory materials pocket manual design properties testing

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The sintered sample has been characterized in terms of physico-chemical properties like bulk density, apparent porosity, specific gravity and structural properties by X-ray diffraction and scanning electron microscope (SEM). Keywords: Sintering, Additive, Magnesite, Densification1. Introduction Magnesia (Mg O) based refractories have been a subject of continuing interest because of its hh melting point (2858˚C), hh chemical inertness against both acidic and basic slags, low thermal expansion (CTE) values at elevated temperatures and benn ecological characteristics [1] - [3] .

Comparative Studies on Synthesis and Characterization of

It is widely used in various applications such as steel ladles, cement rotary kilns, vacuum induction furnaces, continuous casting tundishes, degasser snorkels and lances and glass industries [4] .

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API 936 09 Refractory Installation Quality

During processing of refractory materials, densification occurs via sintering process [5] .

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Though a very hh melting point of the refractory material is essential for hh-temperature applications, lower temperature processing is always preferable to reduce processing expenses.

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