Low molecular weight ‘Liquid’ polymers in tire tread applications: plasticization, modification and influence on the silica dispersion

Marcel Gruendken

doi:10.3990/1.9789036552080

Low molecular weight ‘Liquid’ polymers in tire tread applications: plasticization, modification and influence on the silica dispersion

Marcel Gruendken

Elastomer Technology and Engineering

Research output: Thesis › PhD Thesis - Research UT, graduation UT

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Abstract

Tires are an essential part to the entire automotive system, developed and ultimately built to link the car with the road. Both, the chemical supplying and the tire industry are facing global changes. The most particular is to contour CO2 emissions by improving the energy efficiency - which is where both industries met in their different ways of activities. REACH and the tire label regulations initiated a momentum of ongoing formulation developments in science and industry. This work address details about liquid polymer as a new chemical ingredient in tires. From present research and practical use - as a plasticizing and reinforcement-supporting material - to structure-property relationship and its interactions with fillers.

Original language	English
Qualification	Doctor of Philosophy
Awarding Institution	University of Twente
Supervisors/Advisors	Blume, Anke, Supervisor Dierkes, Wilma K., Supervisor
Award date	27 Aug 2021
Place of Publication	Enschede
Publisher	University of Twente
Print ISBNs	978-90-365-5208-0
Electronic ISBNs	978-90-365-5208-0
DOIs	https://doi.org/10.3990/1.9789036552080
Publication status	Published - 27 Aug 2021

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title = "Low molecular weight {\textquoteleft}Liquid{\textquoteright} polymers in tire tread applications: plasticization, modification and influence on the silica dispersion",

abstract = "Tires are an essential part to the entire automotive system, developed and ultimately built to link the car with the road. Both, the chemical supplying and the tire industry are facing global changes. The most particular is to contour CO2 emissions by improving the energy efficiency - which is where both industries met in their different ways of activities. REACH and the tire label regulations initiated a momentum of ongoing formulation developments in science and industry. This work address details about liquid polymer as a new chemical ingredient in tires. From present research and practical use - as a plasticizing and reinforcement-supporting material - to structure-property relationship and its interactions with fillers.",

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N2 - Tires are an essential part to the entire automotive system, developed and ultimately built to link the car with the road. Both, the chemical supplying and the tire industry are facing global changes. The most particular is to contour CO2 emissions by improving the energy efficiency - which is where both industries met in their different ways of activities. REACH and the tire label regulations initiated a momentum of ongoing formulation developments in science and industry. This work address details about liquid polymer as a new chemical ingredient in tires. From present research and practical use - as a plasticizing and reinforcement-supporting material - to structure-property relationship and its interactions with fillers.

AB - Tires are an essential part to the entire automotive system, developed and ultimately built to link the car with the road. Both, the chemical supplying and the tire industry are facing global changes. The most particular is to contour CO2 emissions by improving the energy efficiency - which is where both industries met in their different ways of activities. REACH and the tire label regulations initiated a momentum of ongoing formulation developments in science and industry. This work address details about liquid polymer as a new chemical ingredient in tires. From present research and practical use - as a plasticizing and reinforcement-supporting material - to structure-property relationship and its interactions with fillers.

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CY - Enschede

ER -

Low molecular weight ‘Liquid’ polymers in tire tread applications: plasticization, modification and influence on the silica dispersion

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