В работе исследуется взаимодействие порошкообразных термо- и реактопластов при нагреве.
Результатом взаимодействия является загущение реактопластов и снижение времени их отверждения на 30%. Модифицирование термореактивных композитов на основе ФФС порошками
термопластов повышает их текучесть и способствует увеличению прочности материалов в
1,5—2 раза при низких удельных давлениях прессования.

Interaction of powdery thermoplasts and thermosets nave been investigated. As a result of interaction, viscosity of thermoset melt
increases while setting time decreases by 30%. It has been found out that modification of thermosetting composites based on phenol
phormaldehyde resins by thermoplastic powders leads to elevated fluidity and ensures increased 1.5-2 times strength of materials obtained at low specific molding pressures.

The effective method of themal processing of cast-iron chips, which provides high speed of the process and
lowering of specific power inputs, is developed.

The work of the burden heating outfits for
electrosmelting is considered. It is shown that equipping of
heating units by the system KIP allows to receive
considerable economic and ecological effect.

The suppositions of the special furnaces creation are
stated and the main variants of the iron-containing wastes
processing technologies are offered.