Does Electricity Affect Rubber

Typical lighting strikes are on the order of 1 billion volts with around 50 000 amps of current.

Does electricity affect rubber. Due to the presence of weakened allylic c h bonds in each repeat unit natural rubber is susceptible to vulcanisation as well as being sensitive to ozone cracking. Contrary to popular belief rubber does not stop lightning. Liquid silicone rubber consistently maintains its electrical properties even when subjected to environmental conditions such as temperature fluctuations and moisture. Rubber does not conduct electricity.

Rubber strain crystallizes. While rubber is an electrical insulator lighting is too powerful to be stopped by a few inches of rubber. Rubber is an insulator. These attributes attest to silicone rubber being a great insulator for high voltage components transformers and other electrical equipment.

If you can t move the source of electricity away from the person using a non conducting object. Electricity will not make rubber jump down spin around glow vibrate communicate hum ionize or become magnetic. The only solids that conduct electricity are metals and graphite. Electricity will always travel the path of least resistance rubber has a very high resistance so electricity will go somewhere else to find ground.

Wood and rubber are both good options. Thus the rubber gloves would have done nothing to protect you. Turn off the flow of electricity if possible. Given a large enough electrical field even materials that would otherwise be insulators can act as conductors.

I could be wrong. It doesn t ground it.