<脚本> 窗口.dataLayer = 窗口.dataLayer || []; 函数 gtag(){dataLayer.push(参数);} gtag('js', new Date()); gtag('配置', 'G-NMENPH1GNW');

31 Dec, 2024

Which Material Absorbs Moisture in Van Build? Diatomite Moisture Absorbing Non-woven Fabric


  Managing moisture in the carriage structure of van is an issue that cannot be ignored. It may affect the preservation status of the goods and the durability of the carriage. A material that can effectively absorb moisture, diatomite absorbent non-woven fabric, has been applied in multiple fields due to its unique physical properties and moisture absorption performance.

Characteristics of Diatomite Moisture Absorbing Non-woven Fabric

1. Strong moisture absorption: The main material of diatomite non-woven fabric is a composite of natural diatomites and other characteristic materials, which has a porous structure, light weight, and strong adsorption capacity. The composite of multiple materials gives it gradient moisture absorption ability, which can efficiently absorb moisture and lock in moisture. The high moisture content reaches 400% of the mass, making it less prone to saturation failure and effectively storing moisture in diatom composites.

2. Moisture locking, moisturizing, and moisture control performance: Due to its porous structure, diatomite absorbent non-woven fabric can adsorb moisture in the pore structure, while other high moisture absorbing composite materials can absorb and lock in moisture for storage. When the environmental humidity reaches a critical point, it can automatically release moisture, adjust the environmental humidity, and achieve the purpose of humidity control.

3. Characteristics of moisture regulation and removal: Diatomite absorbent non-woven fabric can absorb or release moisture according to changes in surrounding humidity. When the humidity of the surrounding environment is greater than the humidity inside the pore structure, it will absorb moisture. On the contrary, when the humidity inside the pore structure is greater than the environmental humidity, the water inside the pores will be released, maintaining a relative balance of environmental humidity. When the relative humidity of the surrounding environment is below 40%RH, it will continue to release moisture until it returns to its original state and naturally regenerates.

4. Green and environmentally friendly: The material composition of diatomite non-woven fabric is a natural diatomite mineral composite, which does not contain harmful substances, is non-toxic, harmless, and non irritating, and is friendly to the human body and the environment.

Advantages of Application in Van Compartment Structure

1. Moisture and mold prevention: Due to the strong adsorption and moisture absorption ability of diatomite absorbent non-woven fabric, it can effectively absorb moisture and maintain humidity balance. Avoiding the impact of moisture on the cargo and carriage structure, while maintaining a relatively balanced humidity environment is not conducive to the survival of mold, can effectively prevent the growth of mold.

2. Noise reduction, flame retardancy, and thermal insulation: The inorganic properties and porous structure of diatomites have the function of noise reduction and flame retardancy. Its fine porous structure can form an air barrier, reduce heat conduction, and play a role in thermal insulation and thermal insulation.

3. Ability to adsorb odors: The multi gradient and multi-level moisture absorption of diatomite complexes can ensure that they are not easily saturated while maintaining their ability to adsorb odors in a moist state, effectively removing odors.

  Based on the physical properties and moisture absorption performance of diatomite absorbent non-woven fabric, an effective solution is provided for the management and control of humidity in the structure of van. It can not only absorb and lock in moisture, but also regulate environmental humidity. At the same time, it has the characteristic of natural regeneration and recycling, making it an ideal moisture absorbing material in the structure of van.


Quickly Inquiry