Process of optically grafting long fatty carbon chain quaternary ammonium salt and pyridine salt to the surface of polymer
Title:
Process of optically grafting long fatty carbon chain quaternary ammonium salt and pyridine salt to the surface of polymer
Application Number:
200610165242
Application Date:
2006/12/15
Announcement Date:
2007/06/27
Pub. Date:
Publication Number:
1986617
Announcement Number:
Grant Date:
Granted Pub. Date:
ApplicationType:
Invention
State/Country:
11[China|beijing]
IPC:
C08J 7/18, C08L 23/02, C08L 33/20, C08L 67/00
Applicant(s):
Tsinghua Univ.
Inventor(s):
Xing Xiaodong, Wang Xiaogong
Key Words:
surface of polymer, optically grafting, long fatty carbon chain quaternary ammonium salt, pyridine
Abstract:
The present invention is process of optically grafting long fatty carbon chain quaternry ammonium salt and pyridine salt to the surface of polymer, and belongs to the field of polymer technology. The process includes adding solvent, triethylamine and acyl chloride with unsaturated C=C double bond into solution of tertiary amine with hydroxy radical to obtain product A; adding solvent and fatty halide for reflux reaction to obtain product B; adding solvent and fatty halide into vinyl pyridine for reflux reaction to obtain product C; mixing the product B and the product C and adding photoinitiator to compound grafting solution; soaking the polymer in the grafting solution and irradiating with ultraviolet ray for reaction; extracting the grafted polymer with solvent and drying. The process is simple, low in reaction temperature and low in product cost, and the prepared polymer is used as antibiotic material for clothing, appliance, sanitary ceramic product, paint, etc.
Claim:
Priority:
PCT:
LegalStatus:

Recommend this patent:
1 2 3 4 5
Average ( 0 votes):
                                                                          Recommended Patents>>

Relevancy information

Process of optically grafting long fatty carbon chain quaternary ammonium salt to the surface of polymer
Process of optically grafting long fatty carbon chain pyridine salt to the surface of polymer


Other Patents of Same Inventor

Superbranched polyquaternary ammonium salt and its preparation method
Preparation method of high-molecular anti-bacterial fibre with high grafting rate in surface
Preparation method of macromolecular sterilization fibre with grafted antibacterial monomer on its surface
Process for preparing temp-sensitive porous poly(N-isopropyl acrylamide) aqueogel
Process for preparing high-response porous sensitive aqueogel
Diazo coupling process of polymer to synthesize high molecular epoxy resin dye
Method of producing artificial prosthesis of disci intervertebrales nucleus pulposus
Method for preparing nano dot array of controllable unit size using nano ball template
Method for preparing nano micron pore array template of two-dimensional regular polymer
Direct synthesis of temperate sensitive aquogel by ultraviolet radiant polymerization
Method for preparing ultraviolet photocureable material for soft printing
Method for preparing oriented layer for LCD through soft lithography
Method for preparing high water adsorbing resin by sun light radiation polymerization
Preparing process of antiseptic graft polymer in micron and nanometer composite structure
Process of optically grafting long fatty carbon chain quaternary ammonium salt to the surface of polymer
Process of optically grafting long fatty carbon chain pyridine salt to the surface of polymer
Electronic beam radiopolymerization process of directly synthesizing pH sensitive polymer hydrogel
Electronic beam radiopolymerization process of directly synthesizing temperature sensitive hydrogel
Optical directional material improving optical directional performance of liquid crystal and its preparing method
Method for making polymer self-supporting nano-micron-line
Method for preparing two-dimensional regular polymer nano-micron pore array template
Process of directly synthetizing pH sensitive aquagel polymerized by UV radiation
Soft template and ultraviolet curing process to prepare surface super hydrophobic material



News & Events More>>

Last Update  
2008-4-17
  Selected patents owned by Tsinghua University filed in 2005 are loaded.
2008-3-31
  Selected patents owned by Tsinghua University filed in 2006 and 2007 are load.







Copyright 2008-2015 All Rights Reserved Patent License of China.      Designed by Easygo