SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*

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SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*

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- SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*
- SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*
- 高分子科学（英文版） 2002年20卷第2期页码：93-98
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- 纸质出版：2002-04-20
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SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*[J]. 高分子科学（英文版）, 2002,20(2):93-98.

SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*[J]. 2002, 20(2): 93-98.
SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*[J]. 高分子科学（英文版）, 2002,20(2):93-98. DOI：

SPECIAL EFFECT OF ULTRA-FINE RUBBER PARTICLES ON PLASTIC TOUGHENING*[J]. 2002, 20(2): 93-98. DOI：

摘要

According to the present theories of plastic toughening

it is impossible to enhance the toughness

stiffness and/orheat resistance of plastics simultaneously by using rubber. A series of novel nano-rubber particles (UFPR) were introduced

which were prepared through irradiating common rubber lattices and spray drying them. Epoxies toughened with UFPRshowed a much better toughening effect than those with CTBN

and the heat resistance of epoxy was unexpectedly elevated.For polypropylene toughening

UFPR can improve the toughness

stiffness and heat resistance of PP simultaneously.These special toughening effects overcome the deficiencies in rubber toughening technology and are worth further investigating.

Abstract

According to the present theories of plastic toughening

it is impossible to enhance the toughness

stiffness and/orheat resistance of plastics simultaneously by using rubber. A series of novel nano-rubber particles (UFPR) were introduced

which were prepared through irradiating common rubber lattices and spray drying them. Epoxies toughened with UFPRshowed a much better toughening effect than those with CTBN

and the heat resistance of epoxy was unexpectedly elevated.For polypropylene toughening

UFPR can improve the toughness

stiffness and heat resistance of PP simultaneously.These special toughening effects overcome the deficiencies in rubber toughening technology and are worth further investigating.

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