SUSPENSION-SWELLING GRAFT COPOLYMERIZATION——SYNTHESIS OF ACS RESINS*

WENG Zhixue; LOU Jianfeng; HUANG Zhiming; PAN Zuren

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SUSPENSION-SWELLING GRAFT COPOLYMERIZATION——SYNTHESIS OF ACS RESINS*

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- SUSPENSION-SWELLING GRAFT COPOLYMERIZATION——SYNTHESIS OF ACS RESINS*
- Vol. 11, Issue 4, Pages: 293-299(1993)
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- Published：20 December 1993
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WENG Zhixue, LOU Jianfeng, HUANG Zhiming, et al. SUSPENSION-SWELLING GRAFT COPOLYMERIZATION——SYNTHESIS OF ACS RESINS*[J]. 1993, 11(4): 293-299.
DOI：

WENG Zhixue, LOU Jianfeng, HUANG Zhiming, et al. SUSPENSION-SWELLING GRAFT COPOLYMERIZATION——SYNTHESIS OF ACS RESINS*[J]. 1993, 11(4): 293-299. DOI：

摘要

Acrylonitrile (AN)-chlorinated polyethylene (CPE)-styrene (St) (ACS) terpolymer was synthesized by suspension-swelling graft copolymerization method

in which two key factors such as dispersing system and time were studied. Highly effective comples dispersing system was chosen and determined

and two-layer protection model was put forward to clarify the stable effect mechanism Varying the swelling time of CPE in AN and St monomer mixture

some results such as grafting effect

particle characteristics

rubber particle morphology and its size distribution

and properties of ACS resins were investigated

thus the optimum swelling time was proposed.

Abstract

Acrylonitrile (AN)-chlorinated polyethylene (CPE)-styrene (St) (ACS) terpolymer was synthesized by suspension-swelling graft copolymerization method

in which two key factors such as dispersing system and time were studied. Highly effective comples dispersing system was chosen and determined

and two-layer protection model was put forward to clarify the stable effect mechanism Varying the swelling time of CPE in AN and St monomer mixture

some results such as grafting effect

particle characteristics

rubber particle morphology and its size distribution

and properties of ACS resins were investigated

thus the optimum swelling time was proposed.

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