What should be inspected for damage during daily checks of rubber gloves?

During daily inspections of rubber gloves, it is essential to check for corona cracks or damage because these can significantly compromise the gloves' effectiveness as an insulating tool. Corona discharge occurs when the electrical field around the gloves exceeds a certain level, potentially leading to small dielectric breakdowns and surface wear. These cracks can allow moisture or contaminants to penetrate the glove, putting the wearer at risk for electrical shock.

Ensuring that the gloves are free from such damage is critical for maintaining safety protocols, as any imperfection can lead to failure when handling electrical components. This focus on identifying corona damage reflects industry standards in safety and the need for reliable protective gear when working with high voltages.

While stitch integrity, color fading, and thickness wear can also indicate potential issues with rubber gloves, they do not pose the immediate risk that corona damage does. Stitch integrity may affect the glove's fit and protection but isn't directly linked to electrical hazards. Similarly, color fading might signal degradation, and thickness wear could suggest a need for replacement, but neither directly correlates with the gloves' insulating properties in the same critical manner as corona cracks.