Environment-friendly inorganic wide-wave far infrared composite material
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An environmentally friendly material and far-infrared technology, applied in the field of far-infrared composite materials, can solve problems such as large functional limitations, single material, and narrow far-infrared band, and achieve the effects of low cost, wide application, and wide band
Inactive Publication Date: 2017-08-25
刘华文
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Problems solved by technology
[0004] The disadvantages of the existing far-infrared materials are: 1. The material is single, the far-infrared band is narrow, and the function is limit
Method used
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[0042] Example one:
[0043] Take Hetian jade, Surabaya Bianstone, Magnetite, Tourmaline, 100 kg each, crush them to 6000 mesh with a collider, then mix them, add appropriate amount of water and stir evenly, press into a ball with a diameter of 0.5 cm, calcined at 1000 ℃ After cooling at room temperature for 24 hours, put it in water. After 2 hours, the Ph value was 7.8, the chlorine was 0, and the mineral content increased by 10%.
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[0044] Embodiment two:
[0045] 5kg each of Hetian jade, Surabaya Bianstone, Magnetite, and Tourmaline were crushed to 6000 mesh with a collider, then mixed and calcined at 1000 degrees for 24 hours; after crushing to 6000 mesh again, add medical desensitizing glue and stir evenly , Spray on both sides of the blades of the vertical fan. In summer, the fan works, indoor air has 1000 negative oxygen ions per cubic centimeter, and the air is fresh.
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[0046] Embodiment three:
[0047] 50 kg each of Hetian jade, Surabaya Bianstone, Magnetite, and Tourmaline were crushed to 6000 mesh with a collider, then mixed, added with appropriate amount of water and stirred evenly, pressed into a cylinder with a diameter of 0.5 cm and a height of 0.5 cm, at 1000℃ Calcined for 24 hours, after cooling at room temperature. Evenly spread into the vegetable field, three months later, soil pesticide residues and lead, cadmium, mercury, and arsenic will be zero, the soil will be restored to its original ecology, and vegetable yield will increase by 15%.
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Abstract
The invention belongs to a far infrared composite material and particularly provides an environment-friendly inorganic wide-wave far infrared composite material. An existing far infrared material has the shortcomings of single material, narrow far infrared wave band and large function limitation, and some composite materials are not reasonable in composition and contain components harmful to the human body. The environment-friendly inorganic wide-wave far infrared composite material is prepared from, by weight, 25 parts of hetian jades, 25 parts of Sishui stone needles, 25 parts of magnets and 25 parts of tourmaline. A preparation method comprises the steps that the raw materials are respectively smashed to reach 6000 mesh, mixing is performed, and a proper amount of water is added for even stirring; press forming is performed; normal temperature air-drying is performed; calcination is performed at the high temperature of 1000 DEG C for 24 hours; normal temperature cooling is performed. Shapes formed through pressing include a powdery shape, a granulated shape, a sheet shape and a cylindrical shape. The environment-friendly inorganic wide-wave far infrared composite material has the advantages that all the selected materials are traditional Chinese medicinal materials and are toxic, a far infrared wave band is wide, multiple functions are achieved, and application is wide; wide-wave far infrared rays can be transmitted persistently, long-term benefit is obtained through one-shot usage, and the usage cost is low.
Description
technical field [0001] The invention belongs to far-infrared composite materials, in particular to an inorganic broad-wave far-infrared composite environmental protection material. Background technique [0002] Far-infrared rays have strong penetrating power and radiation power, have significant temperature control effect and resonance effect, and are easily absorbed by objects and converted into internal energy of objects. Existing far-infrared technology is widely used in environmental protection, agriculture, transportation, machinery, electrical appliances, electronics, clothing and textiles, building materials, medicine, people's lives and other technical fields. After the far-infrared rays are absorbed by the human body, it can make the water molecules in the body resonate, activate the water molecules, strengthen the binding force between them, thereby activating biological macromolecules such as proteins, so that the biological cells are at the highest vibration leve...
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