The energy saving technology for thermo and chemical-resistant metal-ceramic filters obtaining by reaction sintering of the initial components in self-propagating high temperature synthesis (SHS) in centrifugal force field is developed. Interaction SHS processes in the systems of aluminium - nickel, aluminium - cobalt, aluminium - iron, titanium - carbon - nitrogen, titanium - nitrogen are investigated. The optimum compounds of initial components, modes of the high-temperature conditions SHS-processes that provide metal-ceramic filters with increased stability in extreme conditions are established. Production of metal-ceramic filters of various modifications is created.

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