Anti-static agent for conductive High Consistency Rubber (HCR) silicone
TUBALL™ graphene nanotubes are an advanced anti-static agent for high consistency rubber (HCR). It provides conductive properties to HCR silicone in an electrical resistivity range of <10 to 1011 Ω•cm, with stable electrical properties, maintained rheological properties, permanent elasticity, improved mechanical properties, and a long service life of the final products.
Volume resistivity of HCR silicone with TUBALL MATRIX 605 is in range <10-1011 Ω⋅cm*
Having at the same time high conductivity and strength, and a record length-to-diameter ratio, graphene nanotubes form a three-dimensional reinforcing conductive network inside silicone even at very low concentrations.
Up to 10 times less TUBALL™ MATRIX nanotube concentrate, specially designed for HCR compounds, is needed than carbon black to achieve the same volume resistivity level.
High dynamic pressure applications - conductive HCR. TUBALL vs Carbon black
TUBALL MATRIX guarantees to HCR silicone:
- Stability of important electrical properties
- Long service life of the final products
- No carbon release on the surface of the material during use
- High operational reliability
- Maintained rheological properties and permanent elasticity
- Maintained or even improved mechanical properties
HCR silicone compounds improved with graphene nanotubes have applications in most industries where conductivity together with good mechanical properties are required, such as electronics and cables, printing, automotive and aeronautical, construction and others.
OCSiAl has developed several types of TUBALL MATRIX concentrates for HCR silicones to meet specific requirements of compounders. See the products cards or contact us for details.
Conductive colored HCR: Processing guidelines for TUBALL™ MATRIX 605
Discover a whole new world inside silicone
Contact us to discuss your project specifications or to request a TUBALL MATRIX sample