Building humidity regulating material

Abstract

The invention relates to the technical field of humidity regulating materials, and particularly discloses a building humidity regulating material, wherein the advantages of humidity regulating of porous materials, polymer materials and inorganic salts are integrated, a foaming agent is introduced, a moisture absorption and release medium, a moisture storage source and a moisture storage space arecombined, a composite humidity regulating material with excellent humidity regulating performance is synthesized, an anti-mold and antibacterial material is added, and composite humidity regulating particles having a particle size of 0.5-3.5 mm and having functions of humidity regulating, mildew resistance and antibacterial property are prepared, such that the contact area between the humidity regulating material and the air is increased, the fusion of the humidity regulating material and the conventional building material is easily achieved, and the diversified applications of the humidity regulating material can be achieved.

Description

technical field [0001] The invention relates to a humidity control material, which has better effects especially on the control of relative humidity in building rooms. The composite humidity-regulating particles can control the relative humidity of a relatively closed space with a certain volume within a certain range. Background technique [0002] The indoor environment of a building refers to the sum of all factors related to the building and polymorphic. The building indoor environment involving resources and energy consumption is mainly the building physical environment, which includes heat, humidity environment, light environment, acoustic environment and indoor air quality. At present, the research on indoor thermal environment has achieved fruitful results. In contrast, little research has been done on indoor wet environments. [0003] However, the building wet environment is a key factor affecting human thermal comfort, human health, storage of goods, durability o...

AI Technical Summary

Problems solved by technology

For example, the moisture absorption and dehumidification process of the building envelope not only affects the dynamic humidity balance of the indoor air, but also affects the thermal balance process of the indoor air; condensation and dew condensation on the building surface and inside will deteriorate the thermal performance of the building maintenance structure, Increasing the energy consumption of building heating and air conditioning will make the durability of the building maintenance structure worse; the flooding of the building surface will cause mold to multiply and induce various diseases in the human body

In addition, when the relative humidity of the air is lower than 40%, it is easy to generate static electricity, which will cause immeasurable harm in a special environment; low humidity can cause dry eyes, chapped skin, and induce respiratory diseases

[0004] At present, the adjustment of indoor relative humidity mainly depends on air conditioners, humidifiers or other energy-consuming humidifiers, which not only consume a lot of power, but also are not conducive to the control of greenhouse gas emissions.