Is determined an optimal composition of a high content Br alloy with good technological and mechanical characteristics for its use in casting production.

Is determined an optimal composition of a high content Br alloy with good technological and mechanical characteristics for its use in casting production.

Are presented the elaborated compositions of self-hardening anti-sticking sand coatings with high thermal resistance for foundry moulds and cores for production of cast iron castings. 

The authors present the promotion of pipeline CAD/CAE systems to be used in the foundry production based upon the experience, obtained from modelling a similar system at PA Minsk Tractor Works.

А new mechanism of efficient innoculation of cast iron by bismuth is proposed.

Is elaborated а composite material based on reactional connected silicon nitride for refractory crucibles.

Are given the investigation results on the influence of dynamic charge upon properties of Al alloys.

The article considers the problems of cleaning emissions of organic compounds at the castings painting department and suggests the optimal variant with the use of the catalytic adsorption method on the basis of ceolite containing composite materials. It is marked that the developed schematic diagram of cleaning can also be used for cleaning emissions at core sections.

Is depicted а pilot scale chemical plant and the process of gas effluents from foundry shops by the catalyzation on the tceolit reagents.

Are studied features of graphite formation while melting cast iron and in castings 25 mm and 40 mm diameters. A new mechanism of graphitising innoculation is investigated.

Are investigated production, structure and properties of mecanically alloyed dispersionally strengthened copper based materials for contact welding electrodes.