Conductive fabric is a functional composite material that combines the flexibility of fabric with the conductivity of metal. Below is a detailed introduction to it:

- Definition & Material: Conductive fabric is typically made of polyester fabric, with a copper, nickel, or gold conductive metal layer electroplated onto its surface via electroplating technology, thereby achieving high conductivity.

- Category and Performance: Common types include copper-nickel conductive fabric, with a silver-gray color, surface resistance ≤ 0.05Ω/inch, and shielding effectiveness of 60-85dB (30MHz-3GHz); gold-plated conductive fabric, which is golden, with a surface resistance ≤ 0.03Ω/inch and shielding effectiveness of 60-90dB (30MHz-3GHz); black conductive fabric, usually printed with black ink on one side of the copper-nickel conductive fabric, with a surface resistance ≤ 0.05Ω/inch and shielding effectiveness of 60-80dB (30MHz-3GHz).

- Function: Provides electromagnetic shielding, capable of reflecting, absorbing, or guiding electromagnetic waves to reduce interference; also boasts excellent antistatic properties, preventing damage to electronic components from static electricity and avoiding hazards in the petrochemical industry.

- Application Fields: Widely used as shielding covers or pads for electronic products such as smartphones and tablets; can be used to construct shielding rooms or shielding boxes in electromagnetic compatibility testing.