3D printed elastic biological far-infrared antibacterial and deodorant underwear and preparation method thereof
A 3D printing and far-infrared technology, applied to underwear, bras, bras, etc., can solve the problems of differential functionalization, waste of manpower and material resources, and large material loss, so as to prevent mammary gland hyperplasia, promote enzyme growth, improve The effect of analgesic function
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Embodiment 1
[0027] A 3D printed elastic biological far-infrared antibacterial and deodorant underwear, including the following raw materials by weight: 85% of film-forming materials, 10% of materials capable of emitting far-infrared electromagnetic waves, and 5% of nano-scale antibacterial and deodorant materials.
[0028] The film-forming material is silica gel.
[0029] The nano antibacterial and deodorant material is nano silver ion.
[0030] The material capable of emitting far-infrared electromagnetic waves is: far-infrared nano-ceramic powder; the far-infrared nano-ceramic powder is composed of the following components by weight: 20% aluminum oxide, 20% silicon oxide, 30% titanium oxide, 10% magnesium oxide and Zirconia 20%.
[0031] The preparation method of far-infrared nano-ceramic powder is as follows: weigh the ingredients according to the product formula, mix them through a three-dimensional mixer, press them into shape or roll them into shape, and then dry them. The smear m...
Embodiment 2
[0034] A 3D printing elastic biological far-infrared antibacterial and deodorant underwear, including the following raw materials by weight: 95% of film-forming materials, 2% of materials capable of emitting far-infrared electromagnetic waves and 3% of nano-scale antibacterial and deodorant materials; also includes additives, The auxiliary agent is nano-graphene; the added weight of the auxiliary agent is 2% of the sum of the film-forming material, the material capable of emitting far-infrared electromagnetic waves and the nano-antibacterial and deodorizing material.
[0035] The film-forming material is latex.
[0036] The nano antibacterial and deodorizing material is a mixture of nano copper ions and nano zinc ions in a weight ratio of 1:1.
[0037] The material capable of emitting far-infrared electromagnetic waves is: far-infrared nano-ceramic powder, which is composed of the following components by weight: 30% aluminum oxide, 10% silicon oxide, 30% titanium oxide, 20% ma...
Embodiment 3
[0041] A 3D printed elastic biological far-infrared antibacterial and deodorant underwear, including the following raw materials by weight: 80% of film-forming materials, 10% of materials capable of emitting far-infrared electromagnetic waves, and 10% of nano-scale antibacterial and deodorant materials; The additive is mixed with nano-graphene, nano-selenium powder and negative ion nano-powder in an equal weight ratio; the added weight of the additive is 4% of the sum of the film-forming material, the material capable of emitting far-infrared electromagnetic waves, and the nano-antibacterial and deodorizing material. %.
[0042] The film-forming material is TPE.
[0043] The nano antibacterial and deodorizing material is a mixture of nano zinc ions, nano titanium dioxide and nano negative ions in an equal weight ratio.
[0044] The material capable of emitting far-infrared electromagnetic waves is: far-infrared nano-ceramic powder, which is composed of the following component...
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