Anti-Dissipative Vs. Conductive Flooring – Which One To Choose For Your ESD Floor?

When it comes to choosing the best electric flooring, then here’s a lot of confusion about either your ESD floor should be static dissipative, anti-dissipative, or conductive; so to clear out all confusion between them, this post will shed light on some major differences between an anti-dissipative and conducive flooring tile

Difference Between Anti-Dissipative & Conductive Flooring

The dissipative and conductive flooring has different resistance categories that are used to describe the speed at which current flow across, or through a flooring material. The flooring material which measures less than or equal to 1.0 x 10’5 is considered conducive

Whereas, the flooring material which measures greater than 1.0 x 10’9 are considered static dissipative flooring tile

Which One is More Preferable?

In terms of safety and performance, experts recommend flooring that falls in the range between 1 x 10’5 and 1x 10’ 8

Differences in Light of Other Major Criteria

Still, wondering which type of Anti-Static Floor you must consider for your project? Still, confused between the static-dissipative and conductive floor? Here is the complete description between both static and conductive flooring, since each has;

1. Different Resistance performance – The most highlighting difference between two antistatic floors, both have different resistance temperature. If the conductive floor has smaller resistance to the ground, so the dissipative floor has higher.

The conductive floor resistance is below 1.0 x 106 ohms, while the volume of static dissipative floor resistance ranges around 1.0 x 106 and 1.0 x 109 ohms

2. Different Anti-static floor applications – Both flooring options are engineered for different applications. For instance, if conductive flooring is used in large areas like; workshops, factories, and operating rooms

So, the dissipative floor is mainly used for the computer room, engine room, data center, server room, command room, and schools, etc.

3. Different ESD floor structure – Many conductive floors are usually patterned in a straight-line anti-static floor panel, but the dissipative floor is a raised one.

4. Different Anti-static floor function – Each flooring has a different anti-static flooring function. Such as, if conductive flooring offers an antistatic, wear resistance, and corrosion resistance; so dissipative floor provides high-temperature resistance, wiring, fire prevention, and anti-static, functions

5. Different Construction requirements – Each flooring has different construction requirements like the conductive floor is directly concreted, which requires high grounding and self-leveling – in case if it is must confirm the ground smoothness