How to obtain conductive rubbers with graphene nanotubes - Processing guide

To learn more about TUBALL MATRIX for conductive EPDM and NBR, visit:
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Uniform distribution of TUBALL™ MATRIX in the rubber plays a key role in enhancing the electrical conductivity of the final compound.
This video is guide describes a two-stage mixing process for rubber compounding by internal mixer and 2-roll rubber mill and explains how to introduce graphene nanotubes into EPDM mineral filler-based formulations, on the example of 4 wt.% TUBALL™ MATRIX 610 beta and get the volume resistivity - 104 Ω*cm.
We recommend that you pay close attention to the processing procedure:
• speed and duration of mixing;
• dilution stages;
• resistivity measurement.
The same guide can be followed for NBR-based compounds.

• Solutions for high elastic, colored, conductive epdm and nbr without changes in processing
• TUBALL™ MATRIX 610 — Processing guide
• How to introduce TUBALL™ MATRIX into EPDM or NBR rubber compounds using an internal mixer and 2-roll rubber mill
• How to get volume resistivity of 104 Ω*cm in EPDM/NBR rubber
• How to get surface resistivity of 106–108 Ω/sq in EPDM/NBR rubber
• Anti-static colored EPDM and NBR with improved durability

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