Hihgly-porous catalyst support medium for the purification of gaseous media under conditions of high humidity and condensed moisture at ambient temperature from 4 to 50°С
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RC-025
Catalyst support medium with a high mechanical strength and high resistance to cyclical steam-thermal loading ensuring catalyst's long service life. Operation under conditions of chemically aggressive media and high humidity at temperatures of up to 900°С
RC-017
Catalyst support medium with a high mechanical strength and heat resistance ensuring catalyst's long service life within the temperature range 0–450°С
RC-013
Chemically strong support medium for catalysts with a high mechanical strength used for the purification of aggressive gaseous media containing fluorine, chlorine and their derivatives at temperatures of up to 550°С
RC-012
Highly heat-proof support medium for catalysts with a high mechanical strength while used within the temperature range from 80 to 1100°С
RC-010
High-strength support medium for catalysts with a wide process temperature range from 550°С with possible temporary temperature overloads to 800°С. Resistant to cyclic thermal loading under conditions of high humidity and presence of condensed moisture
RC-103
For deep purification of industrial gases in chemical, electronic, metal and other industries; for high purity inert atmospheres production (He, Ar, N2, CO etc.); for hydrogen safety systems in manufacturing, where the risk of hydrogen generation and its explosive mixtures with air occurs.
RC-105
For deep purification of industrial gases in chemical, electronic, metal and other industries; for high purity inert atmospheres production (He, Ar, N2, CO etc.); for hydrogen safety systems in manufacturing, where the risk of hydrogen generation and its explosive mixtures with air occurs.
RC-753 “MAY”
Testing various Iodine isotopes in technical and wasted gases in atomic industry, medicine, mining and other industries.
RC-702
Impregnated charcoal for removal radioactive iodine and methyl iodine from exhaust gases of atomic power stations.