Fused Spinel, Alumina-Magnesia Spinel, Spinel, Refractory
Fused Spinel, Alumina-Magnesia Spinel is one of the most resistant refractory compounds. It has great features such as low thermal working temperature, outstanding refractoriness, thermal stability, and chemical stability. Fused Spinel, Alumina-Magnesia Spinel is a highly recommended refractory raw material.
Spinel – Wikipedia
Spinel (/ s p ɪ ˈ n ɛ l /) is the magnesium aluminium member of the larger spinel group of minerals. It has the formula MgAl 2 O 4 in the cubic crystal system.Its name comes from Latin "spina" (arrow). Though spinels are often referred to as rubies, as in the Black Prince Ruby, the true ruby is not a spinel. Balas ruby is an old name for a rose-tinted variety of spinel.Crystal class: Hexoctahedral (m3m), H-M symbol: (4/m …
white fused magnesia – alibaba.com
Name: Fused Magnesite-Alumina Spinel Usage:Fused magnesia-alumina spinel, using alumina and high purity light-burnt magnesia as main starting materials, fusing in electric arc furnace and cooled, is a new kind of high purity synthesized refractory raw material.
(PDF) Magnesia-Spinel Composite Refractories for Cement
Magnesia-Spinel Composite Refractories for Cement Rotary Kilns … manufactured from natural magnesite and fused spinel grain exhibit higher resistance to … Investigation of thermal shock …
Fused Spinel > Products – Electro Abrasives
Fused Magnesia-Alumina Spinel is produced by melting high purity alumina and magnesia together, in the proper ratios, in electric arc furnaces. The resulting Fused Spinel has very large crystals and exhibits excellent corrosion resistance to molten metals and slags, thermal shock …
Magnesite Brick, Burned Magnesite Brick, Fused Magnesite
Download 80% MgO-Al2O3 Spinel Refractory Brick Datasheet; … and applications of KT Refractories Magnesite Bricks, Magnesite Brick, Burned Magnesite brick, Fused Magnesite brick, Magnesite Alumina brick, Magnesite-Alumina Spinel brick, … Material and Technique: fused magnesia, shaped under high pressure, fired under ultra high temperature …