Oxidative biodegradation modified propylene resin mechanism and preparation method thereof
A technology of propylene resin and biodegradation, which is applied in the direction of chemical instruments and methods, chemical/physical processes, etc., can solve the problems of low stirring efficiency, inconvenient test operation, easy to beat to the side, etc., and achieve good stirring effect
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Embodiment 1
[0019] A mechanism and preparation method of oxidative biodegradation modified propylene resin, which is characterized in that: it includes raw material one 1, raw material two 2, biaxial extruder 3, four-necked flask 4, raw material one includes metallocene catalyst, propylene-based inorganic Regular copolymer, raw material 2 includes toluene, dicumyl peroxide, itaconic anhydride, benzoyl peroxide, acetone, four-necked flask 4 includes bottle body 41, stirring device 43, middle neck 42, side neck 44, front Neck 43, middle neck is installed on the bottle body 41, middle neck top surface is provided with positioning groove 42-1, stirring device 43 is installed on the middle neck 42, stirring device 43 comprises positioning ring 43-1, miniature bearing 43-3, Micromotor 43-5, stirring shaft 43-4, protrusion 43-2 is installed on the bottom surface of positioning ring 43-1, the protrusion is inserted in the positioning groove 42-1, and miniature bearing 43-3 is installed in the posi...
Embodiment 2
[0021] When preparing, first put the raw material 1 into the twin-screw extruder 3 for thermal degradation, then melt and put the product into the four-necked flask 4, and then put the raw material 2 into the four-necked flask 4 for heating reaction , to generate modified propylene resin. When using a four-necked flask, the stirring device 43 and the rubber sleeve 45 are removed, and the raw materials are poured in from the middle neck and the side neck. After pouring the raw materials, the stirring device 43 and the rubber sleeve are installed and started. Micro-motor 43-5, micro-motor 43-5 drives stirring shaft 43-4, and stirring blade rotates and stirs, and thermometer or PH meter is passed through rubber sleeve and contacts raw material, and rubber clamps thermometer or PH meter in mid-air for measurement.
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