Antistatic and conductive rubber

Materials · 2026-06-19 · NUR KAUÇUK MMC
Antistatic and conductive rubber — NUR KAUÇUK MMC

Some applications require rubber to conduct an electrical charge or to dissipate static electricity. In such cases, ordinary insulating rubber is not used but rather antistatic or conductive rubber.

The difference between antistatic and conductive

These two concepts are distinguished by their resistance (surface or volume resistance) value:

Ordinary rubber, by contrast, is an insulator (above 10¹² ohm) and accumulates static charge.

How is it made conductive?

To give rubber conductivity, conductive fillers are added to the compound:

The type and amount of filler determine the final resistance value. There is more on this balance in our article rubber compounds.

Application areas

Antistatic and conductive rubber is important in the following areas:

Material and durability

Conductive rubber is most often based on NBR, EPDM or silicone. When selecting a material, not only conductivity but also chemical resistance and temperature must be considered. For oily environments, for example, conductive compounds based on oil-resistant NBR rubber may be suitable.

Testing and verification

Because conductivity can vary from batch to batch, each production series must be tested for resistance.

The NUR KAUÇUK approach

The NUR KAUÇUK laboratory formulates and verifies antistatic and conductive compounds to the required resistance range. Our quality control confirms the values of each batch.

To choose the right conductive rubber for your application, see the products section and contact us for technical support.

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