Solvay Launches New PPS Grades Produced with Recycled GlassFibers

-

Solvay has announced the introduction of two new Ryton® #polyphenylenesulfide (PPS) grades as part of the company’s growing range of Supreme polymers targeting significant performance leaps in electrification.


Ryton® Supreme HV and HF are specifically developed to make drivers’ lives easier with shorter charging times and greater driving ranges.


Superior Heat Resistance with UL94 V0 Flammability Ratings:

“OEMs and Tier 1 suppliers in #automotive are constantly seeking ways to improve safety, reliability and sustainability without compromising system cost efficiency,” says Brian Baleno, head of Automotive Marketing at Solvay Materials. “We constantly work with our customers to find solutions to their challenges, leveraging the potential of our materials portfolio and our expertise to bring new innovations to life”.


As a high-voltage #PPS material, Ryton® Supreme HV combines a comparative tracking index (CTI) of 600 V for best-in-class electrical performance and electric thermal index (RTI) >175°C for superior heat resistance with UL94 V0 #flammability ratings. This property provides a step-change towards safer and more reliable components in #powerelectronics, such as housings and chip carriers.


Ryton® Supreme HF offers high #mechanicalstrength and excellent flowability for 0.3 mm thin-wall components. It can make a significant contribution to miniaturization and package optimization. Target applications include #bobbins for stators and insulators, where lower wall-thicknesses reduce the temperature of coils and facilitate reliable #thermal management.


The new Ryton® PPS Supreme materials will be on display at #Solvay’s Booth 4213 in Hall B4 during the Fakuma show in Friedrichshafen, Germany. The experts will appear at the Exhibitor Forum on October 17 at 11:40 hours, presenting ‘The Supreme range: designed to meet e-mobility challenges and make drivers’ lives easier’.


Source: Solvay/specialchem

Follow: http://polymerguru.blogspot.com


#polymers #plasticindustry #automotive #electrical


Comments

Post a Comment

Popular posts from this blog

Today's KNOWLEDGE Share:PLA BOTTLE

-
Image
Today's KNOWLEDGE Share Ever wondered how we can reduce plastic pollution in India? The Mysuru-based Defence Food Research Laboratory (DFRL), affiliated with the DRDO, has launched an eco-friendly remedy with the introduction of biodegradable water bottles. Crafted from sustainable Polylactic acid (PLA) material, these bottles not only combat plastic waste but also contribute to reducing the overall carbon footprint. The best thing about this bottle is its all-encompassing sustainability approach – the bottle, cap, and label are all compostable. This innovation, derived from 100% bio-based and renewable sources, sets us on a path towards environmental conservation and fosters a greener and more sustainable future. Source:The Better India #polymers #bioplastics #pla   #compostable   #ecofriendly   #sustainability
Read more

Opportunities in United States

-
Dear Members,  If you are looking for a new position in the United States,here are my personal recommendations to those who reside in the USA.  This portal is offering many roles from Junior to senior levels.You can stumble upon it to find a relevant position that suits your profile.  Pls visit the link:https://urbanlocalcmp.page.link/kEnz1gQdAmyySqrY8
Read more

Today's KNOWLEDGE Share:High and low shear rate changes in Rheology

-
Image
Today's KNOWLEDGE Share If a relatively high Mw grade flows from thin to thick, as shown in the picture, and if the time needed to fill the thick section is way shorter than the average polymer relaxation time, the polymer will not be able to reach its higher viscosity (corresponding to higher thickness/lower shear-rate). I am assuming here the polymer reached equilibrium low viscosity in the thin section, say for instance because it is much longer. Any pressure prediction not accounting for transient rheology would then overpredict the pressure to fill.Of course the diverging flow will further complicate the situation and mess with the molecular orientation created in the thin section, but to what extent ? Since this is more of a reasonable "conjecture", don't take this for granted, and discuss or share your opinion in the comments. There are hundreds of Rheology papers on the "4:1 contraction flow". Not sure I have ever seen any on the..."1:4 expansio
Read more