NUCLEATING AGENTS FOR POLYESTERS AND POLYOLEFINS

KATRIEN BERNAERTS,; JULES HARINGS,; CAROLUS WILSENS,; YOGESH DESHMUKH,; DIETMAR AUHL,; SANJAY RASTOGI,

NUCLEATING AGENTS FOR POLYESTERS AND POLYOLEFINS

KATRIEN BERNAERTS, (Inventor)
, JULES HARINGS, (Inventor)
, CAROLUS WILSENS, (Inventor)
, YOGESH DESHMUKH, (Inventor)
, DIETMAR AUHL, (Inventor)
, SANJAY RASTOGI, (Inventor)

Research output: Patent

Abstract

Use of at least one compound for crystallization of polyester or polyolefin polymers, characterized in that the compound comprises two hydrogen bonding motifs, a linker connecting said hydrogen bonding motifs and side arms R and R' bound to the opposite of the hydrogen binding motifs, wherein each hydrogen bonding motif resides in a molecular plane and wherein the linker between the hydrogen bonding motifs is chosen such that one of the hydrogen bonding motifs resides in a different molecular plane than the other hydrogen bonding motif(s). They work effectively in promoting the crystallization of a range of polymers, and obtained crystallized polymers have a good transparency and retain a high molar mass.

Original language	English
Patent number	WO2015022248
IPC	C08L 67/ 00 A N
Priority date	14/08/13
Publication status	Published - 19 Feb 2015

Cite this

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title = "NUCLEATING AGENTS FOR POLYESTERS AND POLYOLEFINS",

abstract = "Use of at least one compound for crystallization of polyester or polyolefin polymers, characterized in that the compound comprises two hydrogen bonding motifs, a linker connecting said hydrogen bonding motifs and side arms R and R' bound to the opposite of the hydrogen binding motifs, wherein each hydrogen bonding motif resides in a molecular plane and wherein the linker between the hydrogen bonding motifs is chosen such that one of the hydrogen bonding motifs resides in a different molecular plane than the other hydrogen bonding motif(s). They work effectively in promoting the crystallization of a range of polymers, and obtained crystallized polymers have a good transparency and retain a high molar mass.",

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AU - BERNAERTS,, KATRIEN

AU - HARINGS,, JULES

AU - WILSENS,, CAROLUS

AU - DESHMUKH,, YOGESH

AU - AUHL,, DIETMAR

AU - RASTOGI,, SANJAY

PY - 2015/2/19

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N2 - Use of at least one compound for crystallization of polyester or polyolefin polymers, characterized in that the compound comprises two hydrogen bonding motifs, a linker connecting said hydrogen bonding motifs and side arms R and R' bound to the opposite of the hydrogen binding motifs, wherein each hydrogen bonding motif resides in a molecular plane and wherein the linker between the hydrogen bonding motifs is chosen such that one of the hydrogen bonding motifs resides in a different molecular plane than the other hydrogen bonding motif(s). They work effectively in promoting the crystallization of a range of polymers, and obtained crystallized polymers have a good transparency and retain a high molar mass.

AB - Use of at least one compound for crystallization of polyester or polyolefin polymers, characterized in that the compound comprises two hydrogen bonding motifs, a linker connecting said hydrogen bonding motifs and side arms R and R' bound to the opposite of the hydrogen binding motifs, wherein each hydrogen bonding motif resides in a molecular plane and wherein the linker between the hydrogen bonding motifs is chosen such that one of the hydrogen bonding motifs resides in a different molecular plane than the other hydrogen bonding motif(s). They work effectively in promoting the crystallization of a range of polymers, and obtained crystallized polymers have a good transparency and retain a high molar mass.

M3 - Patent

M1 - WO2015022248

ER -

NUCLEATING AGENTS FOR POLYESTERS AND POLYOLEFINS

Abstract

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