Nynas automotive oil news

Automotive

27/09/2018 08:48

Tyre trends in the Americas

Most countries in the Americas region have banned aromatic extracts in tyres and those remaining are expected to make the move in the coming years.

Most countries in the Americas region have banned aromatic extracts in tyres and those remaining are expected to make the move in the coming years. The region’s consumers, however, are mostly concerned about tread wear, which determines how long tyres last.

“This is positive for Nynas, as our NYTEX® 4700 offers a lower abrasion rate compared to competing products when used as extenders for rubber compounds for tyres,” says Gutenberg Souza Oliveira, Sales Manager, Nynas US/Canada.

While consumers so far seem less concerned about the impact of tyres on fuel economy, it is a focus for the world’s biggest tyre company, Bridgestone, which foresees that stringent regulatory demands will look to reduce CO2 emissions by vehicles.

“In that sense as well, Nynas is well-positioned since several studies have showed that NYTEX® 4700 offers a lower rolling resistance, and therefore lower fuel consumption, compared to tyres made with competing oils.”

TYRE & RUBBER OILS NAPHTHENICS NEWSLETTER

Naphthenics Newsletter


Get the inside scoop on Nynas specialty oils! 
Sign up here to get interesting articles, case stories and much more directly to your inbox.

Further reading

Better roads = improved competitiveness

The upgrading and maintenance of road networks are effective tools for countries wishing to improve their competitiveness. Roberto Crotti from the World Economic Forum explains why.

Read more about Better roads = improved competitiveness

Keeping cool when it’s needed

Bitumen is handled at elevated temperatures. There are many important precautions that need to be taken to minimise the risk of burn injuries.

Read more about Keeping cool when it’s needed

Rheology rethink

A proposed new method for studying the rheology of bitumen and binders at low temperatures proves promising. Hilde Soenen explains the method’s potential.

Read more about Rheology rethink