Conductive fiber
Conductive fiber refers to a mass specific resistance of 10 Ω · g/cm under standard conditions (20 ℃, relative humidity of 65%) ² The following red dimensions. Compared with anti-static fibers, conductive fibers have much higher performance in eliminating and preventing static electricity.
Variety classification:
1. Divide into uniform types based on the distribution of conductive components in fibers: evenly distributed within the fibers
Coated type: Coated on the surface of fibers through coating, etc. Composite type: mixed in spinning solution or composite spinning
2. Classified by fiber materials, the main varieties include metal fibers, carbon fibers, and organic conductive fibers
Characteristic:
1. It has good conductivity and can quickly leak the generated static electricity to avoid accumulation
2. Capable of corona discharge and capable of discharging into the atmosphere
3. It has good durability and stable physical and chemical properties
4. Good compatibility with general fibers, easy to blend or interweave, without affecting the softness and appearance of the fabric
Use to:
1. Making explosion-proof work clothes for industries such as petrochemical, coal, and oil tankers
2. Produce dustproof work clothes for industries such as precision machinery, electronic instruments, and healthcare
3. Produce general anti-static clothing and anti-static blankets, etc
Conductive fiber mixing rate (%) 0.5-2.5
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