How can you produce conductive PU rollers & sleeves with better processing?

Polyurethane sleeves and rollers modified with graphene nanotubes demonstrate higher performance, stable anti-static properties without “hot spots” and independent of humidity, and improved mechanical and physical properties, making the production process more cost-efficient and sustainable. Do you want to add value to your rollers and sleeves and differentiate yourself from competitors without complicating your production? In this OCSiAl webinar, Fabio Tombolato, Technical Customer Service Manager, reveals how replacement of traditional a conductive agent with just 0.02 wt.% graphene nanotubes makes it possible to stop compromising the safety and processing of your polyurethane rollers and sleeves in favor of aesthetic aspects, curing, and casting time.

Learn more on graphene nanotubes for polyurethane and request a sample: https://tuball.com/nanotubes-in/polyu...

This webinar recording will be of interest to polyurethane roller and sleeve producers, raw materials manufacturers and compounders, producers of production lines where these rollers and sleeves are mounted, and PU casting machine producers. The final applications of nanotube-modified rollers and sleeves include sectors such as the converting (paper converting, tissue converting, film converting), packaging, printing, food, and transport industries.

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00:00 – Introduction
03:43 – What are graphene nanotubes?
05:04 – Graphene nanotubes for PU rollers and sleeves
11:32 – Business cases
19:35 – Conclusion
20:21 – Q&A session

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