METHOD FOR PRODUCTION OF FOAMED POLYVINYLCHLORIDE MATERIAL (VERSIONS) Russian patent published in 1995 - IPC

Abstract RU 2045549 C1

FIELD: manufacture of finish tiles, furniture and furniture auxiliaries, and leather haberdashery. SUBSTANCE: polyvinylchloride foamed material produced from microsuspension or emulsion polyvinylchloride is treated with water heated up to 90-120 C or aqueous solution of ammonia, or steam, or gaseous ammonia at 20-100 C. Treated material is subjected to molding with use of nonuniformly heated punches. The second version of the method employs suspension or microsuspension polyvinylchloride preliminarily mixed with sodium alkylmonosulfonate. EFFECT: higher efficiency. 8 cl, 2 tbl

Similar patents RU2045549C1

Title Year Author Number
METHOD FOR PRODUCTION OF FOAMED POLYVINYLCHLORIDE MATERIAL (VERSIONS) 1993
RU2045548C1
COMPOSITION FOR PREPARING FOAMED POLYVINYL CHLORIDO MATERIAL AND PROCESS FOR PREPARING THEREOF 1992
RU2032700C1
PROCESS FOR PREPARING POROUS MATERIAL FORM POWDERY POLYVINYL CHLORIDE 1992
RU2032699C1
METHOD FOR PRODUCTION OF POROUS MATERIAL 1994
RU2109768C1
PROCESS FOR PREPARING FOAMED POLYNINYL CHLORIDE MATERIAL 1992
  • Morozov I.V.
  • Strelkova L.D.
  • Traskin P.M.
  • Gordeev G.V.
  • Zegel'Man V.I.
  • Emel'Janov V.I.
  • Kharitonov V.I.
  • Perevalov A.F.
  • Popov V.E.
  • Kovalev V.N.
RU2057149C1
POROUS MATERIAL AND PROCESS FOR PREPARATION THEREOF 1992
  • Morozov I.V.
  • Strelkova L.D.
RU2032698C1
ARTIFICIAL LEATHER AND METHOD FOR ITS PRODUCTION 1996
RU2107700C1
METHOD FOR PRODUCTION OF POROUS MATERIAL 1994
RU2079520C1
PROCESS FOR PREPARING POROUS MATERIAL 1993
RU2072376C1
METHOD OF MICROPOROUS MATERIAL PREPARING 1991
  • Strelkova L.D.
  • Lebedev V.P.
  • Morozov I.V.
  • Rybkin Eh.P.
  • Guzeev V.V.
  • Gordeev G.V.
  • Abramova A.K.
  • Batueva L.I.
  • Kartashova N.A.
  • Nikolaev E.Ju.
  • Lemberskij A.I.
  • Melent'Ev Ju.I.
  • Akulov Ju.F.
  • Kochneva A.M.
  • Gabets A.P.
RU2050381C1

RU 2 045 549 C1

Authors

Dates

1995-10-10Published

1993-01-25Filed