Conductive Polyurethane

Anti-static additive

to make your polyurethane conductive without compromise

What is the most advanced conductive additive?

TUBALL™ graphene nanotubes produced by OCSiAl enabled for the first time ever to target a specific level of conductivity, maintain anti-static properties through the whole usage time and preserve good mechanical properties of the neat polyurethane material.

A minimal 0.01% dosage of nanotubes is sufficient to create a uniform conductive network in a material matrix.

Graphene nanotubes VS standard conductive additive

Graphene nanotube is a rolled-up sheet of graphene. TUBALL is the first mass-scale produced graphene with economical price and available for the market in a form of industrial pre-dispersed concentrates.

The combination of properties that graphene nanotubes provide is almost impossible for any other conventional anti-static additive like carbon black or ammonium salts.

In comparison to ammonium salts TUBALL nanotubes enables permanent electrical conductivity in polyurethane resins.

In comparison to carbon black, TUBALL nanotubes preserve polyurethane hardness and tensile strength.

Switching to graphene nanotubes means bringing highly competitive solution to the market. Find your way to the profit with TUBALL nanotubes bringing the lowest possible cost per performance properties.

Business cases with TUBALL for conductivity in polyurethane resin

Graphene nanotubes have successfully entered a number of large markets, and now they are coming into polyurethane business, blazing a trail for high-performance and competitive products in agriculture, electronics manufacturing, mining, textiles and packaging, oil and gas.