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INST KHIM TVERDOGO TELA URAL O

Overview
  • Total Patents
    17
About

INST KHIM TVERDOGO TELA URAL O has a total of 17 patent applications. Its first patent ever was published in 1990. It filed its patents most often in Russian Federation. Its main competitors in its focus markets materials and metallurgy and environmental technology are SEV KAVKAZSKIJ G T, OMORI MAMORU and BASHKORTOSTAN I.

Patent filings in countries

World map showing INST KHIM TVERDOGO TELA URAL Os patent filings in countries
# Country Total Patents
#1 Russian Federation 17

Patent filings per year

Chart showing INST KHIM TVERDOGO TELA URAL Os patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Shvejkin Gennadij P 5
#2 Volkov Viktor L 4
#3 Monyakov Aleksej N 3
#4 Mitrofanov Aleksandr D 3
#5 Manakov Anatolij I 3
#6 Lyubimov Vladislav D 3
#7 Timoshuk Tatyana A 3
#8 Zajnulin Yurij G 3
#9 Yatsenko Sergej P 3
#10 Anashkin Vyacheslav S 2

Latest patents

Publication Filing date Title
RU2100317C1 Method of producing the material based on titanium refractory compound containing silicon carbide
RU95108664A Method for production of high temperature superconducting material
RU95107173A Refractory titanium compound-base material containing silicon carbide and a method of its producing
RU94026839A Method of alkaline sewage treatment, inorganic coagulant for alkaline sewage treatment and method of its preparing
RU94016135A Composition powder for gasothermic coating
RU2060980C1 Based on complex oxides high-temperature super-conducting material production method
RU2062459C1 Iron-selective electrode
RU2057712C1 Cuprate of lanthanum as material having metal-semiconductor transition
RU2057196C1 Yttrium extraction method
RU2088567C1 Method of benzaldehyde synthesis
RU2024251C1 Tooth-stopping material
RU2055053C1 Charge for production of foam-ceramic material
RU2057100C1 Charge for production of foam ceramic materials
RU2052427C1 Method for production of foam-cellular high-melting material
RU2016443C1 Cathode material
RU2014593C1 Composition of electrode membrane for potentiometric determining of concentrations of copper and arsenic(iii) ions in solution
RU2015567C1 Method and device for forming object image