RCF CALCINED (BURNT) MAGNESITE

Magnesium Oxide (MgO)

General Description

Caustic Magnesia aka soft burnt or calcined magnesite is produced from calcination of raw magnesite MgCO, up to a temperature of about 900 degrees Celcius.

Typical Chemical Analysis

%MgO                                                       88.00

% CaO                                                           6.80

% Total acid insoluble (HCL)             2.33

Pure Silica                                                    1.46

%R203                                                            1.66

Loss on ignition                                          2.00

% Moisture                                                      –

% Solubility In ammonium nitrate   97.2

TYPICAL RCF Physical Properties

Grading: 200 mesh on BSS

Colour: Off White

Packaging: 25kg or 50kg Polypropylene bags

 

Application

Agriculture: Rayon fertilisers

Construction: Oxysulphate cement, Insulation industries, pulp and paper

Low Grade: Environmental FGD Water/Effluent Treatment Pulp & Paper abrasive, Wheel Binder, Cosmetic Thickener, Metallurgical Flux and Magnesium Chemicals.

High Grade: Dead Burned Magnesia is used in the manufacturing of refectory bricks for use in the steel and copper industries since magnesia base enables it to resist basic slags at high temperatures.

Disclaimer

This technical information is submitted on the basis of our own research and the research of others, and we believe it is accurate. However, no guarantee of its accuracy is made neither can we cover every possible application of our products nor can we anticipate every variation encountered in manufacturing equipment and methods. For this reason our products are sold without warranty, express or implied, and also on the condition those purchasers conduct their own tests to determine the suitability of such products for their particular purposes. Statements concerning the possible use of our products are not intended as recommendations to use our products in the infringement of any patent.