Learn more

MO I STALI I SPLAVOV

Overview
  • Total Patents
    1,275
About

MO I STALI I SPLAVOV has a total of 1,275 patent applications. Its first patent ever was published in 1964. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and France. Its main competitors in its focus markets machine tools, environmental technology and materials and metallurgy are ZAPOROZH IND INST, KUZNETSK METALL K and KI I AVTOMATIKI IM KHKHU SEZDA.

Patent filings per year

Chart showing MO I STALI I SPLAVOVs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Potapov Ivan N 259
#2 Polukhin Vladimir P 72
#3 Khloponin Viktor N 50
#4 Romantsev Boris A 48
#5 Brinza Vladimir N 43
#6 Kharitonov Evgenij A 39
#7 Vorontsov Vyacheslav K 39
#8 Borisov Valerij M 38
#9 Vavilkin Nikolaj M 36
#10 Kotelkin Aleksandr V 33

Latest patents

Publication Filing date Title
EP1029085A1 Probe scanning system for checking the distribution of burden materials in metallurgical units
RU94025977A Device for high-temperature measurements
RU94023003A Method of gas-thermal coating production
RU94011886A Method of preparing disperse particles of soluble compounds in microcapsules
RU94011013A Method of hollow billets production
RU2081949C1 Method of coloring insertions of oxide crystal-based jeweler's stones
RU2073934C1 Method for treatment of epitaxial iron garnet films
RU2014285C1 Method for recovery of metals from solutions
RU2060282C1 Method for hot steel products working
RU2063450C1 Method to produce pattern shapes of high accuracy
RU2113409C1 Method of preparing ferric oxide for ferrites
RU2035263C1 Method for producing powder of iron-cobalt alloy
RU2052513C1 Method for thermal treatment of martensite aging steel
RU2071988C1 Steel (its variants)
RU2063451C1 Method of martensite-austenite class steel thermal treatment
RU2048689C1 Process of manufacture of composite wire from oxide-metal ceramics of bscco system
RU2071989C1 Steel (its variants)
RU2071987C1 Steel (variants)
RU2071982C1 Method for continuous converting of copper sulfide materials
RU2038195C1 Method for production of iron powder from hydrochloric acid pickling solution