When you walk across a man made carpet your body collects extra electrons. The electrons cling to your body until they can be released. As you reach and touch an object you get a shock as the surplus electrons are being released. Both a conductive and a static dissipative floor would meet these criteria however there are great differences between the two. If a floor is too conductive the charge is removed so quickly it can travel across the surface of the floor, not into it, which could cause a harmful electric shock to a person in contact with the floor.
Conversely, if the floor is highly dissipative the charge will build up faster than it is being removed by the floor. Please contact us at sales electroguardpaint. What is the difference? The earth is considered a neutral zone with low voltage that can create the base for the low emission of energy. This helps keep static to a minimum to lower the chance of electrostatic discharge ESD , which prevents damage to sensitive equipment.
Dissipative materials allow the charge to flow more slowly within the material for more control. Dissipative materials control the energy that comes out of the human body. Since the body is such a high conductor of energy, a static spark is easily dispersed using a dissipative plastic material. It makes that energy flow slower and will therefore emit a low energy to the ground to prevent a discharge and possible damage to any sensitive items. Regardless of which material you choose, there should be testers and meters available to measure the surface resistance of any given material.
Insulative materials have a high electrical resistance and are difficult to ground. Static charges remain in place on these materials for a very long time. Anti-Static : Is a term used to describe materials that prevent the buildup of static electricity. Both conductive and dissipative materials are classified as Antistatic. Insulative materials are not.
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