High-performance anti-static additive for electrically conductive and reinforced EPDM rubbers


TUBALL™ graphene nanotubes are applied in EPDM rubber as a high-performance additive for anti-static, static dissipative and conductive applications. TUBALL™ provides rubber compounds with the target volume resistivity level, while improving mechanical properties by up to 70% and retaining color. 

Graphene nanotubes (or single wall carbon nanotubes, SWCNTs) are a very strong, conductive and flexible material, with a record length-to-diameter ratio. This unique combination of properties allows graphene nanotubes to create reinforcing and conductive network inside rubbers even at extremely low loadings. This ability gives nanotubes an undeniable advantage over the use of other additives, such as carbon black, multi wall carbon nanotubes, and polymer-based anti-static agents, which lead to a number of negative effect on the material’s mechanical properties, especially in elasticity and softness.

Improvement of tear strength and tensile parameters evaluation in 3 viscosity types of EPDM

To allow manufacturers to easily apply graphene nanotubes at the final mixing stage, OCSiAl has developed a ready-to-use concentrate, TUBALL™ MATRIX, containing pre-dispersed nanotubes and a blend of polymer and paraffin oil. It is suitable for EPDM and other polymers that are relatively compatible with butadiene copolymers.

TUBALL™ MATRIX features:

  • For anti-static, static dissipative and conductive applications
  • Improved mechanical properties, such as tensile modulus and tear strength increased by up to 70%
  • Retain colors, no carbon release to surface
  • Permanent, stable level of electrical conductivity
  • Carrier compatible with a wide range of Mooney grade formulations and fillers
  • Maintained rheology, softness and elastic properties
  • Standard processing and mixing equipment

Colored anti-static compounds with graphene nanotubes are in high demand in electronics and cables, conveyer manufacturing and the printing industry, in a wide range of products where stable electrical conductive properties are required in combination with a long service life and color options.

To choose the right product for rubbers, please check the selection guide below and contact us to make an order or for additional information.

TUBALL™ MATRIX 600 series for rubbers

Product MATRIX 603 MATRIX 604 beta MATRIX 608 beta MATRIX 610  MATRIX 614 beta MATRIX 615 beta MATRIX 618 betaMATRIX 619 beta
MATRIX 620 beta
MATRIX 621 betaMATRIX 622 betaMATRIX 623 beta
Carrier media Plasticizer
TDAE oil Dioctyl sebacate fatty acid ester Fluoro gum Polymer and paraffinic oil Polymer TDAE oil, Hydrocarbon resin, Polymer Synthetic ester plasticizer Polymer, Dibutyl Phthalate Polymer, TDAE OIL Fluoro gum Fluoro gum Polymer, Polar Solvent
NR
SBR
IR
BR
EPDM
NBR, HNBR
FKM
PVC

— Product available — Validation on going


Related videos

EPDM

EPDM application guideline


TUBALL™ MATRIX for EPDM, NBR, NR/BR, SBR

603
Tuball
MATRIX 603
Additive to enhance the mechanical properties and electrical conductivity of NR, BR and SBR rubber compounds

Application

Elastomers

Materials

NBR, NR/BR, SBR

Carrier Media

Low aromatic oil-plasticizer, TDAE

MATRIX 603

TUBALL™ MATRIX for EPDM rubber

610
Tuball
MATRIX 610
Additive to produce electrically conductive and high-tear EPDM compounds without negative impacts on mechanical properties or softness

Application

Elastomers

Materials

EPDM

Carrier Media

Polymer, paraffinic mineral oil

MATRIX 610

Contact us to discuss your project specifications or to request a TUBALL MATRIX sample

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