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conductive fabric
  • 导电无纺布



Conductive non -woven fabric is a non -woven fabric with conductive performance and is widely used in electronics, medical, protection and other fields.

1. Conductive principle: conductive non -woven non -woven non -woven non -woven non -woven non -woven non -woven non -woven non -woven non -woven non -woven conductivity of conductive fiber or coating conductive material during the textile process to achieve conductive performance. Conductive fibers usually use metal fibers, such as silver fiber, copper fiber, etc., or using conductive polymer materials. The addition of conductive materials can make non -woven fabrics have good conductive performance.

2. Application field:

-Electronic field: conductive non -woven fabrics are often used in electromagnetic shielding and static electricity elimination. Can be made for electronic products such as mobile phones and computers to protect electronic components from external electromagnetic interference.

-The medical field: conductive non -woven fabrics can be used to make conductive dressings for the treatment of trauma, burns, etc. Conductive performance can accelerate wound rehabilitation and promote wound healing.

-Anding in the field of protection: conductive non -woven fabrics can be used to make protective clothing such as anti -static uniforms, radiation protection uniforms. Non -woven fabrics with conductive performance can effectively resist the damage to the human body by electrostatic and radiation.

3. Preparation method:

-The textile method: By adding conductive fibers in the traditional non -woven fabric production process, such as silver fiber, copper fiber, etc., the generated non -woven fabric has conductive performance.

-Plement method: coating conductive material on the existing non -woven fabric surface, such as conductive polymer, conductive coating, etc., thereby realizing the conductive function.

4. Advantages and disadvantages:

-The advantages: conductive non -woven fabrics have good conductive performance, can effectively conduct current or electrostatic, and are widely used in electronics and medical care. At the same time, non -woven fabrics have the characteristics of lightness, softness, and breathability, making conductive non -woven non -woven fabrics more comfortable when applying.

-F shortcomings: The preparation cost of conductive non -woven fabric is relatively high, and the addition of conductive fibers will increase production costs. In addition, conductive performance may be affected by environmental factors, such as humidity, so you need to pay attention to actual use.

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