In general, Electronic products require electrostatic discharge (ESD) protection. The voltage resistance of the IC electronic components used in these products is usually lower than ±2 kV, which makes these IC components susceptible to ESD from the environment or human contact. If the released voltage exceeds the component's tolerance, it can damage the electronic circuit, resulting in product failure or equipment malfunctioning.

AMT has developed anti-ESD coating that can be applied to glass. This coating makes the surface resistance of the cover glass within the range of 10⁷ to 10¹⁰ ohm/sq, which disperses or evenly distributes electrostatic charges. As a result, it gradually transfers and dissipates ESD to other conductive elements, such as air or moisture. This prevents direct ESD from entering electronic components and effectively enhances ESD protection. Additionally, the conductive glass's high resistance facilitates ESD's rapid dissipation into the surrounding air, reducing charge accumulation and extending the product's lifespan.