| Name: |
Moisture-absorbing Quick-drying Fiber Wadding |
| Material: | moisture-absorbing & quick-drying fiber |
| Type: | sheets |
| Size: | customize |
| Color: | white |
| Characteristics: |
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| Sample: | Pay the courier fee for free sample. Message us with your name and mailing address and the colors you’d like to see and we will send you the samples. |
| Delivery time: | commonly 7-15 days |
| Packing: | commonly 1 roll/bag or customize |
| Remark: | We can produce the pattern & other specifications according to your request.
If you have any questions or queries, please feel free to contact us. |
Through a unique weaving method, coupled with advanced quick- drying technology, the wet fiber of a cloth can be effectively diffused in a short period of time, then let the air enter more smoothly to achieve a quick-drying effect.
Principle of moisture absorption and quick drying
Water is composed of water molecules. Water molecules in liquid water are constantly moving. The energy of this movement is called kinetic energy, while water molecules in steam have more kinetic energy. When the water molecules in the water vapor condense on the fiber (commonly known as fixed by the fiber), the water molecules release the kinetic energy and convert the kinetic energy into heat energy.
Hygroscopic property
According to data tests, the water discharged through the skin when a person is at rest is 15g/m2·h, and the water discharged by both moisture and sweat during exercise is 100g/m2·h. Therefore, even if people do not exercise, the water vapor emitted is considerable.
Speed emission rate
The moisture-absorbing and quick-drying fiber can quickly absorb human sweat, and quickly return heat to the human body through the transformation of water state and the use of kinetic energy, and accelerate the rate of increase in the temperature of the bed. At the same time, the moisture absorbed by the moisture-absorbing and quick-drying fiber can quickly pour the water to the outside of the quilt to discharge moisture and become dry. After the drying is completed, the fiber can continue to absorb moisture and generate heat.
