Electrically conductive additive for thermoplastics with retained mechanical performance and required processability

TUBALL™ graphene nanotubes (also known as single wall carbon nanotubes) demonstrate promising results as conductive additives for plastics.

Graphene nanotubes create a dense conductive network inside thermoplastic compounds that guarantees stable electrically conductive performance with no adverse effects on the mechanical and rheological properties of plastics.

OCSiAl markets nanotube-based concentrate for wide range of thermoplastics: glass fiber filled polyamide, polyamide, glass fiber filled PPS, PVC-plastisol, TPU, polycarbonate, ABS, PC-ABS polypropylene. Other conductive additives with nanotubes for polyethylene, polystyrene and others are undergoing validation and are referred to as beta products.

Conductive additives: traditional vs TUBALL™

Note. This diagram provides average trends compared with other additives based on OCSiAl data. Product performance may vary depending on product type and formulation.

TUBALL™ MATRIX multiple benefits

• Enables a new combination of properties in comparison to standard conductive additives 
• Surface resistivity of 10³–10⁹ Ω/sq*
• Volume resistivity of 10³–10⁹ Ω∙cm*
• Maintains good balance of mechanical properties
• Stable performance reducing the number of out-of-spec parts
• Good processability
• Permanent homogeneous resistivity without “hot spots”
• High surface quality
• Allows production of conductive parts that retain colors
• Freedom to incorporate other functional ingredients 

* Values can vary depending on the formulation, processing and products. The values shown are given as the typical reference.

TUBALL™ graphene nanotube solutions for plastics

To adapt nanotubes to a standard manufacturing process without purchasing specific equipment or changing the original formulation, OCSiAl has developed TUBALL™ MATRIX line of concentrates.