Nano far-infrared composite material

Abstract

The invention relates to a nano far IR compound material and its application. The nano far IR compound material produced by adding nano material TiO2 to the zirconium system far IR material mixes with the nano nickel, rare-earth, volcanic mud to form a new material. It can be applied widely in agricultural field and used for a live water source for agricultural use, fishing use and stock use to attain an increasing target. The material matches with the absorption peak of the plant and animal cells in 50 DEG C, with a normal emissivity of 0.92 in 8-25 mu, and of 0.93 in 14-25 mu, with a whole wave length integral emissivity of 0.91, with a relative far IR strong emission peak between 7.8 mu to 4.8-5.8 mu.

Description

technical field [0001] The invention relates to a method of doping nano-TiO in the manufacturing process of far-infrared materials 2 , Constitute a new far-infrared composite material, which is mixed with nano-nickel, rare earth mixture, and volcanic mud. At room temperature (50°C), the normal specific emissivity of 8-25 μm reaches 0.92, and the normal specific emissivity of 14-25 μm It can reach 0.93, and the full-wavelength integral emissivity is 0.91. The nanometer far-infrared composite material of the present invention has a relative far-infrared emission intensity peak between 7.8-12 μm and 4.8-5.8 μm, which is the best absorption intensity peak of plant and animal somatic cells, and thus has broad prospects for application in various fields of agriculture. Background technique [0002] There are already some patents on water activation and ionization technology, but its application in agricultural planting and breeding is still rare, and it is limited to the experime...

AI Technical Summary

Problems solved by technology

[0002] Water activation and ionization technology has some patents, but it is still rare in agricultural planting and breeding. It is limited to the experimental process, and it is even rarer to obtain a large increase in production by using a simple method.

The previous methods only generally involved water activation, but did not target the real absorption of organisms and other biological indicators, such as ZL01253776.4, which only involves a far-infrared radiation element device placed in a wire mesh in water to achieve water activation , without obtaining the maximization of other indicators, and without researching on agricultural products. The material of the present invention is a product specially developed for agricultural planting and breeding. Do, Ec, PH, Eh, P (phosphate rock powder solubility), increase the chlorophyll and NPK content of plant leaves, increase rice production in Guangdong by 25% in research and use, and can decompose NH4+, NO2-, NO3- in water in aquaculture