Conductive elastomers: Prevent negative trade-offs in mechanical properties and color due to SWCNT

To learn more about TUBALL MATRIX for conductive elastomers, visit:

Stable conductive performance, good mechanical properties with high elasticity and different color options are the most demanding combination of properties for EPDM and NBR elastomers to achieve with existing solutions.
In this video, you will see how this combination is made possible thanks to OCSiAl's development of ready-to-use products containing pre-dispersed nanotubes, TUBALL™, which do not require any changes to standard processing and mixing equipment and contain user-friendly components.

The solutions and answers you will find in this video:
• Solution for anti-static EPDM AND NBR
• Colored anti-static compounds based on EPDM with volume resistivity in the range of 10^5–10^8 Ω⋅cm
• Permanent electrical resistivity in the range of 10^6–10^9 Ω∙cm in EPDM colored compound
• How to increase tear resistance in EPDM colored compound
• How to increase mechanical modulus in EPDM colored compound
• What dosage of TUBALL™ MATRIX is needed to get the volume resistivity below 10^5 Ω∙cm and surface resistivity 10^7 Ω/sq?
• What dosage of TUBALL MATRIX 619 will help to improve the mechanical modulus and tear resistance with uniform antistatic properties?
• How to allow for a non-dusty production that does not require a separate production unit or specific equipment and can be compounded during the normal process
• How to preserve the key technological parameters: viscosity, rheology, and extrusion rate
• How to improve mechanical modulus in NBR
• How to improve the tear strength in NBR

Here are the simple steps to start working with OCSiAl:
• Discuss your needs with our manager