METHOD FOR PRODUCING A CROSSLINKED ELASTOMER

Armin Holzner; Wolfgang Kern; Raimund Schaller; Sandra Schlögl

METHOD FOR PRODUCING A CROSSLINKED ELASTOMER

Armin Holzner (Inventor), Wolfgang Kern (Inventor), Raimund Schaller (Inventor), Sandra Schlögl (Inventor)

Chair of Chemistry of Polymeric Materials (231)

Semperit Aktiengesellschaft Holding

Research output: Patent

Abstract

THE INVENTION RELATES TO METHOD FOR PRODUCING A CROSSLINKED ELASTOMER BY RADIATING A POLYMER DISPERSION OF AT LEAST ONE CROSSLINKABLE POLYMER WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE, WHEREIN THE CROSSLINKING IS PERFORMED IN AT LEAST TWO STAGES AS PRE-CROSSLINKING (18) AND POST-CROSSLINKING (29) AND AT LEAST ONE PHOTOINITIATOR IS ADDED TO THE POLYMER DISPERSION TO TRIGGER THE CROSSLINKING REACTION PRIOR TO THE PRE-CROSSLINKING. AT LEAST ONE PHOTOINITIATOR IS ADDED ONCE AGAIN TO THE PRE-CROSSLINKED POLYMER DISPERSION PRIOR TO AND/OR DURING THE POST-CROSSLINKING, AND THE POST-CROSSLINKING IS ALSO PERFORMED WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE.

Original language	English
Patent number	MY159943
IPC	C08G 61/ 04 A I
Priority date	17/03/09
Publication status	Published - 15 Feb 2017

Cite this

@misc{f94c98220a9146018bd2813056ed7551,

title = "METHOD FOR PRODUCING A CROSSLINKED ELASTOMER",

abstract = "THE INVENTION RELATES TO METHOD FOR PRODUCING A CROSSLINKED ELASTOMER BY RADIATING A POLYMER DISPERSION OF AT LEAST ONE CROSSLINKABLE POLYMER WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE, WHEREIN THE CROSSLINKING IS PERFORMED IN AT LEAST TWO STAGES AS PRE-CROSSLINKING (18) AND POST-CROSSLINKING (29) AND AT LEAST ONE PHOTOINITIATOR IS ADDED TO THE POLYMER DISPERSION TO TRIGGER THE CROSSLINKING REACTION PRIOR TO THE PRE-CROSSLINKING. AT LEAST ONE PHOTOINITIATOR IS ADDED ONCE AGAIN TO THE PRE-CROSSLINKED POLYMER DISPERSION PRIOR TO AND/OR DURING THE POST-CROSSLINKING, AND THE POST-CROSSLINKING IS ALSO PERFORMED WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE.",

author = "Armin Holzner and Wolfgang Kern and Raimund Schaller and Sandra Schl{\"o}gl",

year = "2017",

month = feb,

day = "15",

language = "English",

type = "Patent",

note = "MY159943; C08G 61/ 04 A I",

}

TY - PAT

T1 - METHOD FOR PRODUCING A CROSSLINKED ELASTOMER

AU - Holzner, Armin

AU - Kern, Wolfgang

AU - Schaller, Raimund

AU - Schlögl, Sandra

PY - 2017/2/15

Y1 - 2017/2/15

N2 - THE INVENTION RELATES TO METHOD FOR PRODUCING A CROSSLINKED ELASTOMER BY RADIATING A POLYMER DISPERSION OF AT LEAST ONE CROSSLINKABLE POLYMER WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE, WHEREIN THE CROSSLINKING IS PERFORMED IN AT LEAST TWO STAGES AS PRE-CROSSLINKING (18) AND POST-CROSSLINKING (29) AND AT LEAST ONE PHOTOINITIATOR IS ADDED TO THE POLYMER DISPERSION TO TRIGGER THE CROSSLINKING REACTION PRIOR TO THE PRE-CROSSLINKING. AT LEAST ONE PHOTOINITIATOR IS ADDED ONCE AGAIN TO THE PRE-CROSSLINKED POLYMER DISPERSION PRIOR TO AND/OR DURING THE POST-CROSSLINKING, AND THE POST-CROSSLINKING IS ALSO PERFORMED WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE.

AB - THE INVENTION RELATES TO METHOD FOR PRODUCING A CROSSLINKED ELASTOMER BY RADIATING A POLYMER DISPERSION OF AT LEAST ONE CROSSLINKABLE POLYMER WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE, WHEREIN THE CROSSLINKING IS PERFORMED IN AT LEAST TWO STAGES AS PRE-CROSSLINKING (18) AND POST-CROSSLINKING (29) AND AT LEAST ONE PHOTOINITIATOR IS ADDED TO THE POLYMER DISPERSION TO TRIGGER THE CROSSLINKING REACTION PRIOR TO THE PRE-CROSSLINKING. AT LEAST ONE PHOTOINITIATOR IS ADDED ONCE AGAIN TO THE PRE-CROSSLINKED POLYMER DISPERSION PRIOR TO AND/OR DURING THE POST-CROSSLINKING, AND THE POST-CROSSLINKING IS ALSO PERFORMED WITH ELECTROMAGNETIC RADIATION IN THE ULTRAVIOLET (UV LIGHT) AND/OR VISIBLE SPECTRAL RANGE.

M3 - Patent

M1 - MY159943

ER -