Deodorization insole and preparation method thereof
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An insole and anti-odor technology, which is applied in the field of shoe lining materials, can solve the problems of impact on the use effect, poor perspiration function, and inability to adapt to market demand, etc., and achieve the effect of convenient operation, strong perspiration function, and easy production and promotion
Inactive Publication Date: 2016-02-03
张伟鑫
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Problems solved by technology
However, the perspiration function of the insole is poor, the use effect is affected, and it does not meet the market demand
Method used
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Embodiment 1
[0030] A kind of deodorant insole
[0031] Deodorant insole raw material composition:
[0032] 3.5kg of cinnamon oil, 7kg of monkshood oil, 3.5kg of paraben, 7kg of benzoic acid, 3.15kg of zeolite, 6.3kg of titanium dioxide, 3.1kg of zinc oxide, 1.1kg of EVA, 20kg of polyethylene, 20kg of polypropylene, 13kg of artificial rubber, polyurethane 13kg.
Embodiment 2
[0034] A kind of preparation method of deodorant insole
[0035] The specific steps are:
[0036] (1) Pulverization: Ultrafine pulverization of zeolite, titanium dioxide, and zinc oxide until the particle size is 20nm.
[0037] (2) Base material preparation: Melt EVA, polyethylene, polypropylene, artificial rubber, and polyurethane at a vacuum of 0.01MPa and 200°C for 20 minutes, and stir at a speed of 20r / min for 10 minutes until the material is uniform .
[0038] (3) Preliminary mixing: Add the pulverized zeolite, titanium dioxide, and zinc oxide to the prepared base material, keep warm at 180°C under 1 atmospheric pressure, stir at a speed of 20r / min for 10 minutes, and stir evenly to obtain a preliminary mixture.
[0039] (4) Secondary mixing: add cinnamon oil, luohan cedar oil, paraben ester, and benzoic acid to the primary mixture, and keep it warm at 190°C under an atmospheric pressure, and stir at a speed of 2000r / min for 10 minutes to obtain secondary mix.
[0040...
Embodiment 3
[0042] A kind of deodorant insole
[0043] Deodorant insole raw material composition:
[0044] The parts by weight of the organic antibacterial material consist of: cassia bark oil 6kg, Luo Han tar 8kg, paraben 6kg, benzoic acid 12kg, zeolite 6.4kg, titanium dioxide 7.2kg, zinc oxide 2.4kg, EVA6kg, polyethylene 30kg, polypropylene 30kg , Artificial rubber 15kg, polyurethane 15kg.
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Abstract
The invention discloses a deodorization insole. The deodorization insole is integrally formed by combination of an auxiliary material and a base material of the insole. The insole 1mm in thickness is provided with round holes at intervals of 1cm, diameters of the round holes are 2mm, and the mass of each pair of insoles is 10g. A mass ratio of the base material to the auxiliary material is 2:1, the auxiliary material comprises an organic antibacterial material and an inorganic deodorization material, a mass ratio of the organic antibacterial material to the inorganic deodorization material is 2:1, the organic antibacterial material comprises cassia oil, thujopsis oil, nipagin ester and benzoic acid, and the inorganic deodorization material comprises zeolite, titanium dioxide and zinc oxide. The deodorization insole has continuous antibacterial and deodorization functions and is excellent in moisture transferring performance, reliable in quality and long in service life. The raw materials are treated under a pressure reduction condition, and lots of bubbles are mixed into the insole, so that the insole is soft, flexible and high in use comfort. By means of integral formation for preparation of the insole, simplicity in preparation, convenience in operation and easiness in production and popularization are realized.
Description
technical field [0001] The invention belongs to the field of shoe lining materials, in particular to a deodorant insole and a preparation method thereof. Background technique [0002] The foot is the most concentrated part of human sweat glands, with about 250,000 sweat glands. During the daily walking of most people, especially after a lot of exercise, the amount of sweat secretion increases sharply. In the relatively airtight environment inside the shoes, the relative humidity is close to 100%, and the temperature reaches 35°C~40°C. The fat and protein in turn provide nutrients for the bacteria. The high humidity, high temperature, and high nutrient environment in the shoe cavity lead to the rapid reproduction of bacteria, which causes the stench in the shoe cavity, as well as the generation of athlete's foot, athlete's foot and other foot diseases. As a kind of daily necessities that accompany people's soles, insoles are inseparable every day, and its quality will direc...
Claims
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Application Information
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