Degradable plastic and preparation method thereof
A technology for degrading plastics and degrading resins, applied in the field of degradable plastics and their preparation, can solve problems such as insufficient degradation of plastics, and achieve the effects of increasing surface/volume ratio, good biodegradability, and complete degradation.
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[0031] Weigh the corresponding raw materials according to the following weight percentages:
[0032] Superfine starch: 30;
[0033] Superfine vegetable powder: 15;
[0034] Sorbitol: 5 (plasticizer);
[0035] Glycerin: 3 (plasticizer);
[0036] EAA ethylene-acrylic acid copolymer: 18 (synthetic degradable resin);
[0037] Soybean oil: 1 (compatibilizer);
[0038] White oil: 0.5 (compatibilizer);
[0039] Stearic acid: 0.6 (pro-oxidant);
[0040] Calcium stearate: 0.7 (lubricant);
[0041] Aluminate coupling agent: 1.47 (compatibilizer);
[0042] Oleic acid: 1.0 (pro-oxidant);
[0043] Iron diethyldithiocarbamate: 0.06 (photosensitizer);
[0044] Polyethylene wax: 0.8 (lubricant);
[0045] Manganese acetylacetonate: 0.8 (heat sensitive agent);
[0046] 2,6-di-tert-4-methyl-p-cresol: 0.07 (degradation control agent);
[0047] Linear low density polyethylene: 7 (synthetic resin);
[0048] HDPE: 8 (synthetic resin);
[0049] Low-density polyethylene: 7 (synthetic res...
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