Production method of polyurethane insoles
A production method and polyurethane technology, applied in household components, applications, household appliances, etc., can solve problems such as discomfort, inconvenience in walking, slippage of insoles, etc., and achieve the effect of feeling soft and comfortable, easy to make, and good strength
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Embodiment 1
[0037] Embodiment one, such as figure 1 As shown in Figure 6, the insole of the present embodiment is a sole-shaped insole, and the manufacturing method of this polyurethane insole comprises the following steps successively:
[0038] 1. Ingredients: Prepare component a and component b and place them separately:
[0039] Wherein the composition of component a is: polyether polyol 40%, polyester polyol 55%, butylene glycol or / and ethylene glycol or / and propylene glycol neopentyl glycol or / and hexylene glycol or / and diethylene glycol Glycol or / and dipropylene glycol 4.5%, stannous octylate or / and dibutyltin dilaurate or / and bismuth isooctanoate 0.5%; wherein the composition of component b is, polyether polyol 30%, polyester polyol or / and polycarbonate diol 19.6%, isocyanate 50%, adipoyl chloride or / and phosphoric acid or oleic acid 0.1%, butanediol or / and neopentyl glycol or / and hexanediol 0.3%, and the above are % by weight. The above are percentages by weight.
[0040] 2. T...
Embodiment 2
[0043] Embodiment 2, as shown in Figures 7 to 12, the insole of the present embodiment is a heel shoe insole, and the method for making the polyurethane insole comprises the following steps in turn:
[0044] 1. Ingredients: Prepare component a and component b and place them separately:
[0045] Wherein the composition of component a is: polyether polyol 60%, polyester polyol 37.5%, butylene glycol or / and ethylene glycol or / and propylene glycol neopentyl glycol or / and hexylene glycol or / and diethylene glycol Glycol or / and dipropylene glycol 2%, stannous octylate or / and dibutyltin dilaurate or / and bismuth isooctanoate 0.5%; wherein the composition of component b is: polyether polyol 41.9%, polyester polyol or / and polycarbonate diol 15%, isocyanate 40%, adipoyl chloride or / and phosphoric acid or oleic acid 0.1%, butylene glycol or / and neopentyl glycol or / and hexanediol 3%, and the above are % by weight.
[0046] 2. The temperature of the mold 2 is 50°C. The mold 2 is heated by ...
Embodiment 3
[0049] Embodiment three, such as Figure 13 to Figure 1 As shown in 8, the insole of the present embodiment is another kind of heel shoe insole, and the making method of this polyurethane insole comprises the following steps successively:
[0050] 1. Ingredients: prepare component a and component b and place them separately: the composition of component a is: polyether polyol 38.5%, polyester polyol 55%, butanediol or / and ethylene glycol or / and Propylene Glycol Neopentyl Glycol or / and Hexylene Glycol or / and Diethylene Glycol or / and Dipropylene Glycol 5%, Stannous Octylate or / and Dibutyltin Dilaurate or / and Bismuth Isooctanoate 1.5%;
[0051] Wherein the composition of component b is: polyether polyol 50%, polyester polyol or / and polycarbonate diol 10%, isocyanate 38.9%, adipoyl chloride or / and phosphoric acid or oleic acid 0.1%, butanediol Or / and neopentyl glycol or / and hexylene glycol 1%, and the above-mentioned percentages are by weight.
[0052] 2. The temperature of the ...
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