Features and Applications of Sweating Fabric Manikin

 

Features:

 

1. Sweating simulation: Sweating Fabric Manikin can simulate the sweating process of the human body. By controlling the humidity and temperature of the human body surface, different sweating rates and patterns can be simulated, as well as sweating in different body parts.

 

2. Authenticity: Compared with traditional mannequins, Sweating Fabric Manikin is more realistic and can simulate the characteristics and distribution of human sweating. This allows for a more accurate assessment of the performance of the fabric and a better understanding of how the human body sweats under different environmental conditions.

3. Measurement parameters: Sweating Fabric Manikin can measure a series of parameters related to sweating, including skin temperature, humidity, heat flow, etc. These parameters can be used to evaluate the fabric's moisture permeability, heat transfer, and impact on human thermal comfort.

 

application:

 

1. Functional fabric evaluation: Sweating Fabric Manikin is used to evaluate the performance of functional fabrics, such as moisture-wicking fabrics, cold-feeling fabrics and thermal insulation layers. By simulating sweating, the effectiveness of fabrics in maintaining comfort, moisture management and thermal regulation can be evaluated.

 

2. Health and sports research: Sweating Fabric Manikin is also widely used in health and sports. For example, sports clothing can be evaluated for breathability, moisture absorption, and comfort to design clothing that is more suitable for athletes.

 

3. Fiber and fabric research and development: Through Sweating Fabric Manikin, the moisture permeability and heat transfer performance of different fiber materials and fabric structures can be evaluated. This is critical to the fiber and fabric development process, helping to design materials with better performance.

 

4. High temperature environment simulation: Sweating Fabric Manikin can be combined with high temperature environment simulation equipment to simulate sweating in high temperature environments. This is very important for studying the comfort and moisture permeability of protective clothing, labor protection clothing, etc. in high temperature environments.

 

5. Toxicological evaluation: Sweating Fabric Manikin can be used for toxicological evaluation, such as evaluating sweat absorption or the interaction between moisture absorbers and fabrics. This has important implications for developing safer and more effective sweat-absorbing products.

 

In conclusion, Sweating Fabric Manikin has broad application prospects in the fields of functional fabric evaluation, health and sports research, fiber and fabric research and development, and pollutant evaluation. By simulating the actual sweating process, they help optimize fabric design and improve human comfort and performance.