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Difference Between the Dissipative and Conductive Floor

In the production of the antistatic floor, there is a division in antistatic flooring materials into two different types: conductive and dissipative floors. These two types of antistatic floors you can use widely in many spaces where antistatic is desirable. Various users are consulting about the difference between these two types of antistatic floor coverings. To know the difference between conductive flooring tile and dissipative antistatic tile, you want to know some relative definitions also:

What Is the Anti-State Floor?

The word antistatic” denotes the flooring state in which the static electricity generation is bottled up while contacting and separating with other floor materials. This antistatic flooring stops the ESD by training the charge from buildup and discharge into the environment. Therefore, the installation of antistatic flooring is essential for creating a safe environment for visitors and employees. This flooring is electrostatically conductive flooring and static dissipative flooring.

What do you know about Static Conductive Flooring?

Conductive floor covering is a type of flooring material with grounding resistance; a floor deliberates to prevent, mitigate, conduct, dissipate, or drop the furniture, carts, body, and equipment with extreme static electricity. The conductive floor tiles are vinyl, carpet, or synthetic rubber that you can widely use to reduce the ESD electrostatic discharge.

What Is Static Dissipative Flooring?

Another floor covering type is static dissipative tile. It has ground resistance between around 1 x 105 ohm to 1 x 1012 ohm. You can use it for electrostatic discharge mitigation, generally made of carpet, vinyl flooring composition, or synthetic rubber.

Conductive Floor or Dissipative Floor

Resistance Performance:

They are the most apparent and well-known differences between the two types of antistatic floor coverings. The conductivity floor covering comes with minor grounding resistance; the dissipative flooring has higher. The conductive vinyl flooring tile’s opposition is less than 1.0 x 106 ohms. On the other hand, the dissipative flooring volume resistance is from 1.0 x 106 to 1.0 x 109 ohms.

Application:

Usually, people use conductive flooring tile in large areas like factories, workshops, and big operating rooms. However, you can use the dissipative flooring in spaces like server rooms, command rooms, data centers, computer rooms, schools, engine rooms, banks, and several other surfaces.

Floor Structure:

The most conductive flooring is simply a straight-line floor panel, where the most dissipative floorings are high floors.

Floor Function:

Generally, conductive floor covering has wear resistance, antistatic functions, and corrosion resistance. Comparatively, dissipative floor covering has wear resistance, high-temperature resistance, fire prevention, corrosion resistance, wiring, antistatic, and several other flooring functions.

Method of Installation:

Conductive flooring involves treating with a straight floor and glued on the surface. Moreover, the dissipative floor system does not contain the raised flooring panels but wants accessories for the access floor. These parts of dissipative flooring need to be a square shape.

Construction Requirements:

The most conductive surface is paved directly, requires high grounding, and, if essential, self-leveling is necessary to ensure ground smoothness. The dissipative floor is a type of raised floor that has a lower requirement on the ground. \ Moreover, it has standard flatness necessities and low water content.