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About this Digital Document
Natural and Polymeric plasticizers have long been considered a potential alternative for mineral based process oils in rubber compounds. The current data suggests the low volatility of these oils can impart improved properties over the conventional, petroleum based materials. Natural rubber-polybutadiene rubber batches were mixed with natural and polymeric oil selections. These batches were then tested for rheological, physical and abrasion properties. The property differences were compared and analyzed based on the oil selection, and the results can be correlated to the functionality of the specific process oil.
Full Title
Comparison of Property Differences for Crude Based Process Oils with Natural and Polymeric Plasticizers in High Wear Rubber Compounds
Member of
Contributor(s)
Creator: Clark, Sanford Woodburn
Thesis advisor: Pearson, Raymond A.
Publisher
Lehigh University
Date Issued
2019-05-01
Date Valid
2021-01-29
Language
English
Type
Genre
Form
electronic documents
Department name
Polymer Science and Engineering
Digital Format
electronic documents
Media type
Creator role
Graduate Student
Subject (LCSH)
Keywords
Embargo Date
2021-01-29
Citation
@mastersthesis{clark2019,
title = {Comparison of Property Differences for Crude Based Process Oils with Natural and Polymeric Plasticizers in High Wear Rubber Compounds},
author = {Clark, Sanford},
year = {2019},
month = may,
publisher = {Lehigh University},
keywords = {Mineral-oils, plasticizers, polymeric, Rubber},
abstract = {Natural and Polymeric plasticizers have long been considered a potential alternative for mineral based process oils in rubber compounds. The current data suggests the low volatility of these oils can impart improved properties over the conventional, petroleum based materials. Natural rubber-polybutadiene rubber batches were mixed with natural and polymeric oil selections. These batches were then tested for rheological, physical and abrasion properties. The property differences were compared and analyzed based on the oil selection, and the results can be correlated to the functionality of the specific process oil.},
language = {English},
}