Enhancing the Physical Properties of Semi-Crystalline Polymers via Solid-State Shear Pulverization

John Torkelson (Inventor)

Research output: Patent

Abstract

Solid-State Shear Pulverization for Stronger, Better-Structured Polymers NU 2008-003 Inventors John M. Torkelson, PhD Cynthia Pierre Amanda Flores Abstract Northwestern's solid-state shear pulverization (S3P) process improves the physical properties of a variety of homopolymers. Enhanced polymer crystallinity, mechanical strength, and oxygen barrier properties are achieved with the method, with results rivaling those obtained with nucleating agents, clays, and fillers. Solid-state shear pulverization (S3P), a continuous process shown not to cause degradation in most cases, has also demonstrated intimate mixing and dispersion of immiscible polymer blends and appears well suited to industrial practice. The process has been tested on a range of homopolymers and operated on pilot-scale equipment. Applications o Recycling polymers o Industry-scale processing of one-component polymers Advantages o Significantly enhances polymer crystallinity, mechanical strength, and oxygen barrier properties o No need for additive nucleating agents or fillers Publications A patent application has been filed and allowed. Marketing Contact Allan Nader, PhD Invention Manager (p) 847-491-4456 (e) a-nader@northwestern.edu
Original languageEnglish
Patent number8729223
StatePublished - Jan 30 2014

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Polymers
Physical properties
Crystalline materials
Homopolymerization
Strength of materials
Fillers
Oxygen
Polymer blends
Recycling
Marketing
Managers
Degradation
Processing
Pulverization
Industry
clay

Cite this

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title = "Enhancing the Physical Properties of Semi-Crystalline Polymers via Solid-State Shear Pulverization",
abstract = "Solid-State Shear Pulverization for Stronger, Better-Structured Polymers NU 2008-003 Inventors John M. Torkelson, PhD Cynthia Pierre Amanda Flores Abstract Northwestern's solid-state shear pulverization (S3P) process improves the physical properties of a variety of homopolymers. Enhanced polymer crystallinity, mechanical strength, and oxygen barrier properties are achieved with the method, with results rivaling those obtained with nucleating agents, clays, and fillers. Solid-state shear pulverization (S3P), a continuous process shown not to cause degradation in most cases, has also demonstrated intimate mixing and dispersion of immiscible polymer blends and appears well suited to industrial practice. The process has been tested on a range of homopolymers and operated on pilot-scale equipment. Applications o Recycling polymers o Industry-scale processing of one-component polymers Advantages o Significantly enhances polymer crystallinity, mechanical strength, and oxygen barrier properties o No need for additive nucleating agents or fillers Publications A patent application has been filed and allowed. Marketing Contact Allan Nader, PhD Invention Manager (p) 847-491-4456 (e) a-nader@northwestern.edu",
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N2 - Solid-State Shear Pulverization for Stronger, Better-Structured Polymers NU 2008-003 Inventors John M. Torkelson, PhD Cynthia Pierre Amanda Flores Abstract Northwestern's solid-state shear pulverization (S3P) process improves the physical properties of a variety of homopolymers. Enhanced polymer crystallinity, mechanical strength, and oxygen barrier properties are achieved with the method, with results rivaling those obtained with nucleating agents, clays, and fillers. Solid-state shear pulverization (S3P), a continuous process shown not to cause degradation in most cases, has also demonstrated intimate mixing and dispersion of immiscible polymer blends and appears well suited to industrial practice. The process has been tested on a range of homopolymers and operated on pilot-scale equipment. Applications o Recycling polymers o Industry-scale processing of one-component polymers Advantages o Significantly enhances polymer crystallinity, mechanical strength, and oxygen barrier properties o No need for additive nucleating agents or fillers Publications A patent application has been filed and allowed. Marketing Contact Allan Nader, PhD Invention Manager (p) 847-491-4456 (e) a-nader@northwestern.edu

AB - Solid-State Shear Pulverization for Stronger, Better-Structured Polymers NU 2008-003 Inventors John M. Torkelson, PhD Cynthia Pierre Amanda Flores Abstract Northwestern's solid-state shear pulverization (S3P) process improves the physical properties of a variety of homopolymers. Enhanced polymer crystallinity, mechanical strength, and oxygen barrier properties are achieved with the method, with results rivaling those obtained with nucleating agents, clays, and fillers. Solid-state shear pulverization (S3P), a continuous process shown not to cause degradation in most cases, has also demonstrated intimate mixing and dispersion of immiscible polymer blends and appears well suited to industrial practice. The process has been tested on a range of homopolymers and operated on pilot-scale equipment. Applications o Recycling polymers o Industry-scale processing of one-component polymers Advantages o Significantly enhances polymer crystallinity, mechanical strength, and oxygen barrier properties o No need for additive nucleating agents or fillers Publications A patent application has been filed and allowed. Marketing Contact Allan Nader, PhD Invention Manager (p) 847-491-4456 (e) a-nader@northwestern.edu

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