The complex of equipment for processing of the waste formed as a result of rejection of cores is considered.

Perfection of technology and the equipment for production of piston rings in vertical stack molds is shown.

For the first time ways of increase of high-temperature durability of nonstick covering due to disclosing of possibilities of the basic component – a fire-resistant filler are offered.

New developments of OAO «BELNIILIT» in the field of centrifugal molding are given.

Alloying process of cupola iron by means of input into charge structure of briquettes of the worked-out coppermagnesium catalysts is investigated. This technology allows to carry out recycling of expensive metals, such as copper, and to raise strength properties of cast iron melted in a cupola.

The work is devoted to actual theme of alloy solidifi – investigation of infl of overlapping of thermal and concentration fi of neighboring crystals to forming of non- dendrite structures. Experimental research of microstructure of Al-Si alloy for wide range of silicon concentration is conducted, and corresponding numerical simulation develop too. The conclusion about different schemes of forming of rosette structures is adopted.

Power- and resource-saving technologies in the foundry, developed by UP “Tehnolit” BNTU and GGTU named after P.O.Suhoj, are considered.

It is shown that the production organization in the republic of fire-resistant materials of own production will allow to replace partially the imported materials and articles from abroad and to save considerable currency means.

New processes of creation of the porous powder materials, filtering elements and devices on their basis for increase of efficiency of clearing, deironing, desalting, disinfection of potable water and other liquids are investigated.

Prospects of application of a reactionary mechanical alloying for production of composite nanostructural dispersion strengthened thermoreacting nickel powders for gas-flame coverings is proved; the results of optimization of charge structures and technological process of mechanical alloying are given; regularities of formation of phase composition, structure and properties of powders and coverings from them are established.

Modern approaches at designing and building of metallurgical lines of factories of last generation are considered.

Short results of the researches, carried out in the conditions of OAO «Moldavian metallurgical works» for recent 25 years and allowed to develop scientifically grounded technological decisions on increase of qualitative characteristics of rolled wire of wide branded grade, are given.

It is shown that the offered technology of heating with creation of «temperature wedge» has a positive effect on the rolling technology as a whole and on the finished goods quality improvement.

The comparative analysis of regularities of phasestructural transformations at high-temperature thermal processing in complex doped alloy of a transitive class of system Fe-Mn-Cr-Ti-V-C is given.

It is shown that at twisting of wire of diameter 1,83 mm, produced by direct wire drawing of thermomechanically processed rolled wire of diameter 5,5 mm of steel 90, metal stratification is completely eliminated at decrease of carbon, manganese and an additional alloying of chrome.

The basic approaches of automation of purchase planning on the basis of the system SAP R/3 for RUP «BMZ» are considered.

Investigations on influence of heating temperature, cooling regimes and steady temperature on structure and mechanical characteristics of hot-rolled pipes, produced of steel 32G2, are carried out.

Activity of RUP «BMZ» in the field of economy and rational use of water resources is presented.

Influence of degree of deformation and speed of thin drawing using water-emulsion metal-cutting compound on size of coefficient of a contact friction is investigated.

New method of hot pressing of chips waste with continuous muffle heating and device for its realization are offered.

The issues of efficient control of debtor indebtedness, directed on increase of sales volume due to expansion of sale of production on credit to reliable clients are considered.

The algorithm of solving of problems on quality at RUP «BMZ» is considered. Step-by-step fulfillment of algorithm of operations with indication of responsible persons for realization of actions is described.

Advantages of technology of hardening by inert gases are considered. It is shown that use of unit ModulTherm7/1 at RUP «MTZ» allows to improve quality of chemical thermal processing of details and to provide decrease of expenses for manufacture.

Advantages of technology of hardening by inert gases are considered. It is shown that use of unit ModulTherm7/1 at RUP «MTZ» allows to improve quality of chemical thermal processing of details and to provide decrease of expenses for manufacture.