Add anti-static to polyurethane: industrial case with graphene nanotubes

Graphene nanotubes make it possible to expand PU applications with anti-static products. This video shows a polyurethane manufacturer’s experience in replacing a standard anti-static agent with graphene nanotubes. They improve polyurethane product performance by granting permanent, humidity independent conductivity and preserving key physical and mechanical properties, such as hardness, tensile strength, and color, with no bleeding at all. Thanks to the ultralow required nanotube working dosage starting from 0.03 wt.% and easy-to-use graphene nanotube concentrates that can be introduced via standard processing, the advanced technology proves its cost effectiveness.
Learn more about graphene nanotubes for PU and request a sample: tuball.com/nan...
Take 4 minutes to find out:
- what advantages graphene nanotubes show in comparison with standard anti-static additives
- why you can use your standard equipment and processing for manufacturing nanotube-enhanced PU products
- what the popular and most promising applications of nanotube-modified anti-static cast PU final products are
Nanotube-enhanced products comprise inserts and adapters used in train carriage manufacturing, spacers and sleeves for gas transportation, shafts installed in film and packaging production equipment, PU-coated pipelines for grain elevators, transportation and storage, and wheels for hand trucks and medical equipment.
If you have any questions or want to order a sample of nanotube solution, write us: [e-mail]