Antioxidant conductive cloth is a gray-based flexible shielding material with solvent penetration resistance. Adopting advanced formula technology, the surface of the conductive cloth undergoes special treatment, which can prevent surface penetration during adhesive application and fingerprint issues caused by sweat on hands during installation operations. It also solves the problems of easy surface oxidation and reduced conductive shielding effectiveness when the material works in high-temperature and high-humidity environments, while greatly improving the wear resistance of the material.

The anti-oxidation conductive non-woven fabric is a gray-based flexible shielding material with solvent penetration resistance. Adopting advanced formula technology, the surface of the conductive non-woven fabric undergoes special treatment, which can prevent the penetration of solvents such as water, alcohol and ethyl acetate, as well as the fingerprint problem caused by sweat on hands during installation and operation. In addition, it solves the problems that the material is prone to surface oxidation and the conductive shielding efficiency is reduced when working in high-temperature and high-humidity environments, and greatly improves the wear resistance of the material.

This is a high-performance, ultra-thin conductive composite material, specially designed for demanding electromagnetic shielding (EMI), electrostatic protection (ESD) and signal integrity applications. Its core advantages lie in integrating excellent conductivity, outstanding broadband electromagnetic shielding effectiveness, reliable anti-oxidation/anti-corrosion capabilities, excellent environmental barrier properties and convenient processability, while maintaining the unique silver-gray appearance of conductive cloth.