Not your region? Change it here:

Your region:
erzkontor.com
CREMER Erzkontor Logo

Raw materials for your needs

Dead Burned Magnesia

During sintering (firing) at temperatures of 1750 – 2000 C° in shaft or rotary kilns naturally occurring magnesium carbonate is converted into sintered magnesia, directly (one-step calcination process) or via caustic calcined magnesia (two-step). Dead Burned Magnesia can also be produced in a flotation where rejects or lower category raw stone is milled and impurities are washed out. Material is briquetted, caustic calcined, then fused, screened and crushed. Based on the lack of reactivity (e.g. with water, acids etc.) the commonly used term is Dead Burned Magnesia. Due to its heat resistant and insulating properties Dead Burned Magnesia (like electrofused magnesia) is ideally suited to the production of the highest quality refractory products. Dead Burned Magnesia is a basic component for the production of formed and unformed refractory products, bricks, prefabricated shapes, masses and mortars. It is mainly used in the steel industry and in cement production. In addition to production processes based on natural magnesium carbonate, there are also manufacturing methods based on chemical precipitation from seawater or brine.

Your regional sales manager

Daniela Wulff

Sales Manager

Applications

Thermal insulation (e.g. in heating conductor elements)

Processing and Services

We offer a range of services and processing options for your material.
Discover

Other Products

Fluorspar

Minerals

Fluorspar, also known as fluorite or calcium fluoride (CaF2), is the calcium salt of hydrofluoric acid and a very widespread mineral that occurs primarily in granites and o...

Fused Magnesia

Minerals

By fusing in an electric arc furnace, Fused Magnesia can be produced, which along with sintered magnesia is used for refractory bricks (e.g. to line steel furnaces or cemen...

Raw Kyanite

Minerals

Raw Kyanite is an aluminosilicate mineral. After ore crushing the kyanite crystals are separated from other ore elements by heavy media separation and flotation. Concentrat...

© 2024 CREMER ERZKONTOR