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KEMER N PROIZV OB KARBOLIT

Overview
  • Total Patents
    41
About

KEMER N PROIZV OB KARBOLIT has a total of 41 patent applications. Its first patent ever was published in 1984. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Bulgaria. Its main competitors in its focus markets macromolecular chemistry and polymers, basic materials chemistry and materials and metallurgy are LION CHEMTECH CO LTD, UNITIKA CHEM KK and WECEM AS.

Patent filings in countries

World map showing KEMER N PROIZV OB KARBOLITs patent filings in countries

Patent filings per year

Chart showing KEMER N PROIZV OB KARBOLITs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kovaleva Maina P 6
#2 Sergeev Vladimir A 5
#3 Parkhamovich Ekaterina S 4
#4 Vetoshkina Tamara V 4
#5 Isakova Alevtina G 4
#6 Ena Aleksandr B 4
#7 Yuferov Anatolij M 3
#8 Nedelkin Vladimir I 3
#9 Stepanova Natalya K 3
#10 Kryuchkov Vasilij V 3

Latest patents

Publication Filing date Title
RU1799361C Method of sewage treatment away from dyes
SU1763239A1 Asbestos-cloth laminate
RU1769181C Method of post-registration film treatment
RU1797614C Polymeric molding composition
SU1763208A2 Complex for making thermosetting composition
RU1775417C Polymer composition for foam plastic
SU1733445A1 Polymeric moulding composition
SU1692998A1 Polymeric moulding composition
SU1694199A1 Continuous reactor
SU1728215A1 Method of pentaerythritol synthesis
SU1609790A1 Method of producing water-soluble polyelectrolyte
SU1576186A1 Method of cleaning air effluent from phenol and formaldehyde
SU1556718A1 Apparatus for cleaning gas from dust
SU1599401A1 Composition for foamed plastic
SU1521742A1 Method of obtaining thermosetting resin
SU1426979A1 Method of producing granulated phenolformaldenyde resin of resol type
SU1439114A1 Polymer composition
HUT44589A Process for recovering wastes arising during chlormethylation of copolymers of vinyl aromatic line
SU1388403A1 Polymeric compound for foam plastic
SU1460690A1 Voltamperic analysis method